If you’re an undergraduate or coursework masters student enrolled at UniSA with a strong academic record, a Vacation Research Scholarship is a great way to explore a future career in research.

UniSA's Vacation Research Scholarships offer an opportunity to work closely with our experienced researchers at one of our world-class institutes or centres. These short-term (four to eight week) scholarships are an ideal way to build on your academic knowledge. Working with our researchers, you’ll be able to broaden your research capabilities in a specialised project and gain insight into a career in research.

Benefit from UniSA's world-class research across a diverse range of fields, offering you the opportunity to focus on your chosen research topic in a professional environment.

Further your knowledge and real-world experience across specialised areas such as health, science or engineering, all while growing your professional network along the way. Find out more about eligibility and the available Vacation Research Scholarships in your area of study below.

Applications for 2025/2026 Vacation Scholarships now open!

APPLICATION CLOSING DATE: 21 September 2025

How to apply

Explore vacation research scholarships 

  • yoga-meditation Allied Health & Human Performance minus-thin plus-thin

    In addition to the list of projects below, the following staff are willing to accept vacation students. Please contact them directly to discuss possible project opportunities.

    Dr Michala Short and and Mikaela Doig are researchers with a background in radiation therapy. Vacation scholars will work with us on a project that aims to better measure, understand and support the health-related quality of life of children with cancer. The project will involve data analysis of studies that are already underway, and the project can be shaped depending on the student's interest.

    Dr Carolyn Murray: My research centres around aged care, health workforce, occupational therapy services, art and creative expression in dementia care and lived experience of neurological conditions. My research is largely qualitative in nature.

    Allied Health & Human Performance

    • Assessing parent/caregiver responses to children's 'everyday' pains minus-thick plus-thick

       

      Project Summary:Pain and injury are common during early childhood. In 3-5 year-old children, 'everyday' pains (defined as a minor pain or injury event, resulting in a small graze or bump) occur multiple times daily and present as important opportunities for young children to learn about pain and injury. These learning opportunities often unfold within a social context, whereby parents'/caregivers' responses to children's pain are critical to their understanding of pain as well as their socioemotional development. However, little is known about parent/caregiver-child interactions in the context of children's 'everyday' pains. We are conducting a study that explores parent/caregiver communication during children's 'everyday' pains. The summer student on this project will work within a larger team to assist with the analysis of this study, including the observation and coding of caregiver-child interactions during young children's 'everyday' pains (pre-recorded on video). They will have the opportunity to learn about qualitative and quantitative research methods, statistical analysis, working within a research team, and scientific writing. The student will be positioned within the Body in Mind research group at City East. They will be given the opportunity to immerse themselves within our broader research lab, learn about other related research projects going within the group, be a valued team member, and will be invited to attend weekly group meetings/lunches.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Dr Sarah Wallwork

       

      Apply now

       

    • The portrayal of health practitioners in children's picture books minus-thick plus-thick

       

      Project Summary: Young children regularly engage with picture books both at home and in educational settings. Shared reading of picture books (between caregivers/educators and children) provide powerful opportunities for children to learn health-related concepts, including understanding the role of healthcare and healthcare practitioners. A clear understanding of healthcare and practitioner roles is important, as it provides foundational understandings and expectations when entering into various healthcare contexts and interactions.
      We are conducting a study exploring the depiction of healthcare and healthcare practitioner roles in children's picture books. The summer student on this project will assist with data collection and analysis of this study, including identifying picture books with healthcare depictions and learning how to code and analyse those depictions. They will be given the opportunity to learn about qualitative and quantitative research methods, statistical analysis, working within a research team, and scientific writing.
      The student will be positioned within the Body in Mind research group at City East. They will be given the opportunity to immerse themselves within our broader research lab, learn about other related research projects going within the group, be a valued team member, and will be invited to attend weekly group meetings/lunches.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Dr Sarah Wallwork

       

      Apply now

    • Scoping Review: The evaluation of service-based community development placements for allied health students minus-thick plus-thick

       

      Project Summary: There is a move towards service-learning (also called community-based or community development) placement projects for Allied Health students internationally. At UniSA there has been a move towards utilising service-based placement opportunities for AH students, including PT, OT and ST students. There is therefore a need to develop an evaluation strategy for these placements that clearly identifies the impacts/outcomes, potential and otherwise, that these placements may have on students, institutions and communities. The aim of this review is to understand the evaluation strategy used within service-learning community development practice education opportunities for Allied Health (AH) students, to determine emerging best practice and identify any gaps in the literature regarding the evaluation of these placements.
      A previous search has been run by a research team in 2022. This project would involve re-running the search to identify more recent studies (2022-2025) and then commencing full-text extraction and data analysis of approx. 40 studies.
      This piece of work would be conducted with the view to publish a paper on findings, as well as informing an evaluation strategy for the OT program community development (PCP) placements conducted by students.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Dr Shoshannah Kiriam

      Apply now

    • Activating outdoor fitness equipment: Implementation of a peer-led outdoor fitness program minus-thick plus-thick

       

      Project Summary: Outdoor fitness equipment (OFE) is increasingly used in parks and open spaces to promote free, accessible physical activity for all ages. However, evidence suggests that awareness, confidence, and motivation to use this infrastructure—particularly among older adults and those at risk of inactivity—can be limited. To address this, our research team is developing a peer-led intervention that trains local residents as OFE ambassadors, empowering them to facilitate exercise sessions, build social connection, and support sustained use of outdoor fitness spaces. This summer project will focus on developing and drafting a protocol paper for this peer-led program. The selected student will work alongside an experienced research team to co-develop the rationale, design, and evaluation plan of the intervention, culminating in a co-authored draft of a protocol manuscript suitable for academic publication. Tasks will include reviewing relevant literature, contributing to the definition of program components (e.g., ambassador roles, delivery format), and writing sections of the manuscript such as aims, methodology, recruitment, and evaluation strategy. Depending on the stage of development, the student may also participate in refining practical elements of the program or supporting stakeholder engagement activities. This project provides an excellent opportunity for a student interested in public health, health promotion, sport and exercise science, or implementation research. It will offer hands-on experience in academic writing, research design, and intervention planning—skills highly relevant for future honours or postgraduate study. The student will be supported to develop writing skills, critically engage with current literature, and contribute meaningfully to a research project with real-world application.

      Study Mode: This project has the option for remote/online participation.

      Contact Person: Dr Alyson Crozier

       

      Apply now

    • Healthy Choices Program minus-thick plus-thick

       

      Project Summary:The Healthy Choices Program applies an innovative community participatory approach, with health students working in partnership with community members living with, or at risk of, chronic conditions. Based in a clinic-style service, the vacation scholarship student will implement care navigation and motivational interviewing (MI) strategies, collaborating with community members living with chronic conditions to promote and support positive health behaviours, with the intention of improving health outcomes. Students will receive training in MI techniques, health coaching and goal setting, and will be supported by the Healthy Choices Team for the duration of their vacation scholarship. There is scope for suitable students to pursue a higher degree by research following the vacation scholarship.

      Contact Person: Dr Dannielle Post

       

      Apply now

       

    • Walking and Talking: Exploring Diverse Perspectives on Outdoor Fitness Equipment in Public Parks minus-thick plus-thick

       

      Project Summary: To design inclusive and accessible outdoor fitness spaces, it is essential to understand how different community members experience outdoor fitness equipment (OFE) in real-world settings. In 2025, a series of qualitative “walk-along” interviews have been conducted with a diverse group of participants—including older adults, people with disability (including wheelchair users), and fitness professionals—at OFE sites across South Australia. These interviews are capturing participants’ real-time reflections on equipment usability, accessibility, safety, and broader environmental factors influencing their experience. This summer project will focus on the analysis and write-up of the walk-along interview data. The selected student will work closely with the research team to review transcripts, support thematic coding and analysis, and assist in developing a manuscript for publication. The project will provide opportunities to explore how environmental design, equipment features, and social factors shape the use—or non-use—of OFE among different user groups. This project is ideal for students interested in qualitative research, physical activity and inclusion, or urban/public space design. The student will gain practical skills in thematic analysis (e.g., using NVivo), qualitative interpretation, and academic writing. There may also be opportunities to contribute to non-academic outputs such as stakeholder summaries highlighting key findings and recommendations for councils. The findings from this project will inform more inclusive and accessible outdoor fitness environments, contributing to age-friendly and disability-inclusive community planning. The student will be credited as a co-author on any resulting publications or conference presentations (where appropriate).

      Contact Person: Dr Alyson Crozier

       

      Apply now

    • User experiences with generative artificial intelligence for lifestyle behaviour minus-thick plus-thick

       

      Project Summary:Lifestyle interventions that use artificial intelligence (AI), such as chatbots, have demonstrated effectiveness in improving health behaviours. AI can also meet user needs that traditional support for lifestyle behaviours sometime can’t, such as 24/7 convenience, and being very cheap. Generative AI has become widely and freely available in tools like Chat GPT, with a growing number of people using it for health purposes. Research on accessible generative AI for lifestyle behaviours is growing rapidly. Much of this has focussed on examining its performance and validating the accuracy of responses provided. There is less research exploring how consumers use it in the ‘real world’ for information and support, despite how commonplace it has become. As AI becomes embedded in modern life, understanding user patterns and experiences will be essential for supporting appropriate use, informing ethical and regulatory oversight, guiding public health strategies and policy, and revealing any disparities in access and usage patterns. Our group is conducting a survey exploring use of accessible AI such as Chat GPT for lifestyle behaviours (e.g. physical activity, diet, sleep). It aims to understand: - How people use AI for lifestyle behaviours. - Users’ experience of AI for lifestyle behaviours. - User perceptions of AI for lifestyle behaviours. We are seeking an enthusiastic scholar, with an interest in digital health, keen to develop skills in survey data analysis and interpretation, and writing manuscripts for publication.

      Contact Person: Dr Kimberley Szeto 

       

      Apply now

    • Therapy Animals Online: A Digital Ethnography of Therapist Identity and Practice Narratives in Animal-Assisted Therapy (AAT) minus-thick plus-thick

       

      Project Summary: This exploratory project investigates how therapists publicly construct and communicate their professional identities and practices related to animal-assisted therapy (AAT) through social media. As interest in AAT grows, so too does the need to understand the informal, often undocumented pathways therapists follow to integrate animals into their work. Social media provides a rich, contemporary site where these pathways are narrated in real time. Through digital ethnography and content analysis, this study will examine how therapists (e.g., occupational therapists, psychologists, counsellors) represent their relationships with therapy animals on platforms such as Instagram, TikTok, Facebook, Reddit, and Threads. Data will be drawn from publicly accessible posts and accounts using hashtags like #animalassistedtherapy and #therapydog. Content types will include posts, stories, reels, videos, and public comment threads. Analytical methods will include thematic analysis (to identify recurring motifs and tensions), narrative analysis (to examine therapist identity construction), and visual analysis (to explore how animals, care, and professionalism are depicted). This project is grounded in narrative identity theory, Goffman’s dramaturgical model of self-presentation, and Haraway’s companion species theory. This research will offer valuable insights into the current practices, values, and ethical framings that therapists use to justify and share their use of animals in therapy. It is also expected to yield contemporary, practical examples of how AAT is narrated and negotiated in the absence of formal pathways — offering a snapshot of evolving practice norms. Importantly, this study will serve as preparatory groundwork for a larger research agenda focused on mapping and supporting pathways into AAT, including the institutional, ethical, and relational challenges faced by therapists. By analysing how this work is lived and shared online, the project will help shape future directions for training, regulation, and ethical promotion of AAT.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Professor Mary Butler 

       

      Apply now

       

    • The Impact of Companion Animals and Animal-Assisted Interventions on Mental Health: A Literature Review minus-thick plus-thick

       

      Project Summary:Animals have long provided humans with companionship, emotional connection, and support. In recent decades, health professionals across disciplines have begun to recognise the therapeutic potential of companion animals and animal-assisted interventions (AAIs) in mental health care. Evidence suggests that animals can reduce anxiety, foster emotional regulation, strengthen social bonds, and bring a sense of purpose and routine. These effects may be particularly relevant for people experiencing depression, anxiety, PTSD, or borderline personality disorder, where trust, attachment, and regulation are often impacted. Despite growing interest, the field remains underdeveloped. Existing literature varies in quality and scope, and there is a lack of clarity regarding mechanisms of change, the role of structural barriers, and the ethical responsibilities toward both humans and animals. This review will synthesise current evidence and identify gaps to guide future research and practice. A structured narrative literature review will be conducted, drawing on databases such as PsycINFO, PubMed, CINAHL, and Scopus. Search terms will include “animal-assisted therapy,” “companion animals,” “pets and mental health,” and “emotional support animals.” Inclusion criteria include peer-reviewed studies from the past 15 years involving participants aged 16+ with diagnosed or self-identified mental health conditions and a focus on animals in supportive or therapeutic roles. Key objectives: • Summarise the evidence base for AAIs and companion animal support • Identify commonly studied conditions and intervention types • Analyse mechanisms of therapeutic effect (e.g., co-regulation, routine, social buffering) • Explore ethical, practical, and access-related considerations. The review will generate a conceptual framework for understanding human–animal therapeutic relationships, relevant across health professions. It will also inform the development of future research, including empirical studies exploring best practices, equity of access, and interprofessional roles in using animals ethically and effectively in mental health care.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Professor Mary Butler

       

      Apply now

    • Evaluation fears in socially anxious individuals and adults who stutter minus-thick plus-thick

       

      Project Summary: Fear of negative evaluation is described as the core fear of social anxiety. Recently, fear of positive evaluation, which is defined as apprehension associated with being evaluated favourably, has been introduced as a component of social anxiety. Adults who stutter (AWS) have a much higher risk of developing Social Anxiety Disorder (SAD) than the general population and SAD increases the risk of relapse for AWS following speech treatment. However, there has been limited investigation into whether the similar biased negative thoughts and beliefs experienced by non-stuttering adults with SAD would also contribute to and maintain the social anxiety in AWS. Aims: This project forms part of Dr Swift and Dr Junwen Chen’s, Senior Lecturer in Psychology at ANU, collaboration investigating social anxiety and stuttering. It aims to examine the differences in the two evaluation fears and anxiety levels between people who stutter and people with social anxiety (disorder) and the impacts of the two fears on a cognitive process, namely post-event rumination after an anxiety-provoking situation. Vacation scholarship involvement: We currently have seed funding to collect additional data for this project between Aug-Nov 2025. Depending on how recruitment proceeds over the next four months, the student may be involved in data collection, data analysis and/or project write-up. Location: Based at UniSA City East campus

      Contact Person: Dr Michelle Swift

       

      Apply now

    • #dyspareunia: Exploring social media messaging about painful sex minus-thick plus-thick

       

      Project Summary: Painful sex (dyspareunia) is a highly prevalent condition with considerable burden on individuals and their relationships. Despite increasing conversations around sexual health online, there is limited research examining how dyspareunia is represented on social media platforms, particularly Instagram.
      This project will explore Instagram posts relating to painful sex to better understand the types, accuracy, and quality of health information being shared. Instagram is a widely used platform where users, including patients and health professionals, post educational, emotional, and experiential content. However, concerns remain about the accuracy of health claims made online.
      The primary aim of this study is to analyse the nature and accuracy of Instagram content related to painful sex and to evaluate the characteristics of accounts posting this information. Secondary objectives include assessing user engagement (likes, comments), hashtag usage, and the overall quality of the content using the validated QUality Evaluation Scoring Tool (QUEST).
      The student will be involved in data collection and screening of Instagram posts using Apify (a web scraping tool), coding content using a pre-developed codebook, and contributing to content analysis and quality assessment. The study involves both qualitative and quantitative methods, offering the student hands-on experience in health research, digital health literacy, and content evaluation.
      This is a great opportunity for a student interested in women's health, sexual health, digital health, or public health communication. The project will be conducted in line with ethical standards and will be supervised by an experienced research team.
      By the end of the 8-week project, the student will have contributed to a unique and timely study on how sexual pain is discussed and represented on Instagram, helping inform future health communication strategies in this under-researched area.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Dr Jane Chalmers

       

      Apply now

    • Using mediated reality to reduce pain and increase exercise engagement in people with painful knee osteoarthritis minus-thick plus-thick

      Project Summary:How our bodily feelings and experiences are created is complex. There is significant communication between different sensory sources (e.g., vision, touch, proprioception) that create the feeling of size, shape, and location of our own body, as well as the feeling that our body is our own. Remarkably, such perceptions of our own body morphology and location influence the pain we feel. For instance, visually morphing a painful joint so that it looks elongated and stretched significantly reduces joint pain, and seeing yourself as being stronger can improve exercise performance. This project seeks to understand why these changes occur and whether such body illusions can be used in a clinical setting. We have collected data using mediated reality technology that alters real-time video, testing its effect on pain as well as exercise engagement in people who have painful knee joint osteoarthritis. This project will involve analysing this data. You will receive training in quantitative and qualitative data analysis, including the processing of galvanic skin response and heart rate variability, and cycling outputs (e.g., cadence, watts). There will be an opportunity to be a co-author on the resulting journal article (if interested). This project will be based out of South Australian Health and Medical Research Institute (SAHMRI). This work fits directly under the banner of IIMPACT in Health Research Concentration which holds expertise in creating novel treatments for chronic conditions, including persistent osteoarthritic joint pain. The project also targets UniSA’s research priority of Research Translation – creating new treatments and working with clinicians and consumers to ensure these treatments can be embedded in clinical settings. It also targets the research priority of Research Partnerships: this project is funded by the Department of Defence (US) and involves collaboration with Texas A&M University.

      Contact Person: Erin MacIntyre

       

      Apply now

    • Pedalling through the weather: How weather and climate shapes city bike use minus-thick plus-thick

      Project Summary: Outdoor physical activity such as cycling is a key contributor to health, but participation can be strongly influenced by day-to-day weather conditions. This project will investigate how temperature, rainfall, and other weather factors affect daily outdoor cyclist counts recorded by public bicycle counters in major cities. Many cities worldwide operate permanent automated counters that log the number of cyclists or pedestrians passing key locations each day. These datasets are freely available via government open data portals, for example, New York City’s East River bridge cycling counts, or Seattle’s pedestrian and cycle counters. The student will download counter data for one or two selected cities and link these counts to corresponding daily weather observations (temperature, rainfall, wind) from the public weather sources. The analysis will explore: • Typical seasonal patterns in outdoor activity • Thresholds at which heat, cold, or rain reduce participation • Whether impacts differ on weekdays versus weekends • The effect of short heatwave events on activity before, during, and after extreme conditions This project is best suited to a student with an interest in working with data and learning data science skills. It offers a practical introduction to handling large, real-world datasets, merging environmental and behavioural data, and producing visualisations to communicate research findings. No advanced coding experience is required, but a willingness to learn basic R, Python or MATLAB will be valuable. By the end of the project, the student will deliver: 1. A clean dataset linking outdoor activity counts with daily weather 2. Plots illustrating temperature– and rainfall–activity relationships 3. A concise technical report summarising methods, results. All data sources are publicly available, allowing the project to be completed fully remotely if needed. The scope is well suited to 4–8 weeks, with clear milestones for data preparation, analysis, and reporting.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Dr Ty Ferguson

      Apply now

    • Weather You Run: How Weather and Climate Shapes Community Running Participation minus-thick plus-thick

      Project Summary:Parkrun is a free, weekly, community-based 5 km run or walk that takes place in hundreds of locations across Australia and around the world. Participation numbers vary from week to week, and weather is likely to be one of the key factors influencing attendance. This project will explore how temperature, rainfall, and other weather conditions affect parkrun participation at Australian capital city events. The student will use publicly available parkrun participation data, downloadable from event results pages. Data will span a full year. These will be linked to local Bureau of Meteorology (BOM) weather observations for each event date, including maximum/minimum temperature, rainfall, and wind speed. The analysis will examine: • Seasonal patterns in participation • The “rain penalty”: attendance drop on wet days • Temperature thresholds where participation declines • Impacts of extreme heat or cold on weekly attendance.. This project is ideal for a student with an interest in working with data and developing data science skills. It will provide hands-on experience in collecting and cleaning real-world datasets, linking environmental and behavioural data, and creating visualisations to communicate findings. No coding experience is required, but a willingness to learn basic R, Python or MATLAB will be valuable. By the end of the project, the student will produce: 1. A clean dataset linking weekly parkrun participation with local weather 2. Visualisations of participation–weather relationships 3. A concise report summarising methods, results, and implications for promoting outdoor community events year-round All data sources are public, allowing the project to be completed fully remotely. The scope is well suited to 4–8 weeks with clear milestones for data preparation, analysis, and reporting.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Dr Ty Ferguson

      Apply now

    • Can Ozempic (Semaglutide) be used safely and effectively for the management of knee osteoarthritis in overweight older adults with dementia? minus-thick plus-thick

      Project Summary: Osteoarthritis (OA) is a degenerative joint condition which can affect the knees, hips, spine and hands (WHO 2023), with knee OA being the most common (Shumnalieva, Kotov & Monov, 2023). Approximately 73% of people who are 55 years or older have osteoarthritis (WHO 2023). Shumnalieva, Kotov & Monov (2023), highlighted that obesity and metabolic syndrome can influence changes in mechanical loading and systemic obesity-induced inflammation in knee OA.
      Semaglutide has had consistent emerging evidence supporting weight loss, and anti-inflammatory benefits (Bliddal et al. 2024).
      This research project aims to look at the feasibility of use of semaglutide in a geriatric population with dementia. 

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Gerogia Crossman

      Apply now

  • data-line-chart Business minus-thin plus-thin

    Business

    • Intergenerational Care and Financial Transfers: Examining Emerging Aged Care Models in Post-One-Child Policy China minus-thick plus-thick

       

      Project Summary:China’s traditional cultural value of filial piety places primary responsibility for caring for aging parents on adult children. However, the one-child policy (1979–2015) has significantly altered family structures, concentrating caregiving obligations on a single child. Recently, a new informal aged care arrangement has emerged: adult children opt out of the labour market to provide full-time care for their parents in exchange for direct financial support from the parents themselves. This project aims to examine this emerging care model, its prevalence, motivations, and implications for families and society.
      The study will explore three core questions: (1) How widespread is this intergenerational financial-care arrangement, and what cultural, economic, or policy factors drive its adoption? (2) What are the impacts of this model on adult children’s career trajectories and long-term financial security, as well as on elderly parents’ financial stability and wellbeing? (3) How does this arrangement intersect with existing aged care and social security systems, and what are the implications for policy?
      The proposed vocational project is a review of existing polices, studies, reports, or posts available on social media in this emerging area. Expected outcomes include a nuanced understanding of how families negotiate aged care responsibilities under demographic pressures and shrinking family sizes. The study will also try to identify economic and social risks associated with adult children’s withdrawal from the workforce and offer preliminary policy recommendations. Findings may inform strategies for integrating informal caregiving into China’s formal aged care system, ensuring intergenerational equity and long-term sustainability.

      Study Mode: Remote/online participation available

      Contact person: Dr Lei Xu

      Apply now

    • Employment impact of low-carbon energy transition in Australia: A review of literature minus-thick plus-thick

       

      Project Summary: Australia government has set an ambitious target to reach net-zero carbon emission by 2025, and at the forefront is the low-carbon energy transition, which include wide range events ranging from a reduction in the use of fossil fuels, improve energy-efficiency and development of low-carbon energy sources.

      While the low-carbon energy transition is well underway across the world, it is less clear how it influences the jobs and skills in Australia. International evidence indicates that such transition can lead to job losses in the energy-intensive industries, especially fossil fuel industry, and create new jobs in other sectors. However, the overall impact varies across countries.

      The main task of this project is to review academic research and industry reports to gain a clearer picture on the impact of low-carbon energy transition on job market in Australia. In addition to the overall picture, the review will look into both job losses and job gains and focus on several energy-intensive sectors as well as new-energy sectors such as solar, battery and low-carbon liquid fuels. A complete draft of review paper is expected as a result of this project.

      This will be a good opportunity to learn an essential research skill – literature review and gain in-depth knowledge on how a nation’s effort to address climate change shifts the landscape of the job market.

      Study Mode: This project has the option for remote/online participation.

      Contact person: Dr Xin Deng

       

      Apply now

    • Margins at the Centre: Multicultural Artists and Cultural Equity in Contemporary Australia minus-thick plus-thick

       

      Project Summary:

      This project investigates how multicultural artists are represented and supported within Australia's contemporary arts sector, with a focus on cultural equity. Despite Australia’s growing cultural diversity, artists from non-Anglo or migrant backgrounds often remain underrepresented in major arts festivals, funding programs, and public narratives.

      The research will explore how multicultural artists are included—or excluded—in festival programming and government-supported arts initiatives. It will examine publicly available data such as festival artist line-ups, grant recipient lists, and strategic policies from bodies like the Creative Australia and state arts agencies. Through this analysis, the project aims to identify patterns of inclusion, highlight systemic gaps, and consider how cultural equity is addressed at the policy level.

      This desk-based project is ideal for a student interested in the arts, cultural policy, diversity, or social justice. The student will develop skills in policy analysis, data collection, and critical thinking, while contributing to broader conversations about access, representation, and inclusion in the Australian arts landscape.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Dr Boram Lee

       

      Apply now

    • Understanding the laws of growth in new categories minus-thick plus-thick

       

      Project Summary: Double Jeopardy, Duplication of Purchase, Negative Binomial Distribution and Brand User Profiles are fundamental laws of marketing and buyer behaviour. These laws have been observed across many countries and categories including fast moving consumer goods, services, retailers, B2B and more. However, there are still some markets and categories which have not been analysed using these laws. This project will extend our understanding of these fundamental laws by conducting research in new categories.

      In this project, students will be guided by world leading researchers in the area and will present results weekly to a small group of researchers at the Ehrenberg-Bass Institute before a final presentation.

      Students will analyse their own data while also working in groups of three. This project will run for 6 weeks.

      This program won the Teaching Collaboration and Peer Support Award at the 2021 Staff Excellence Awards.

      Contact Person: Alicia Grasby

       

      Apply now

    • Assessing intergenerational mobility: Linking AIF soldier data to property valuations of their parents minus-thick plus-thick

       

      Project Summary: Does the wealth of your parents and where you were born determine your future wealth and well-being?  The persistence of intergenerational inequality is widely accepted as a major challenge in all countries.  For example, there is a growing body of evidence that children born poverty are themselves more likely to experience poverty.   At the same time, there are those who are able to escape this poverty trap, and exhibit ‘upward socio-economic mobility’.   The ultimate determinants of these processes are likely related to compositional effects (the characteristics of a person and their parents) and contextual effects (environmental determinants).  One obvious difficulty associated with research in this area is the lack of intergenerational data available.  This work will help bridge this gap using a unique set of WW1 soldier data that has already been linked back to birth certificates and hence has identified parents.  The next stage, and the focus of this work, is to link these data to property valuations held for all Tasmanian properties in the 19th century.     Comparisons will then be made over compositional effects (value and nature of property ownership, occupation of parents) and contextual (position within a city, proximity to noxious trades, etc) and the occupational status of their children who enlisted in WW1.  The project will enable the student to develop skills in data management, automated linkage methods, and statistical analysis using Stata or equivalent software.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact Person: Dr John Wilson

       

      Apply now

  • pharmacy-medicine Clinical & Health Sciences minus-thin plus-thin

    Clinical & Health Sciences

    • Development of dual-organelle targeting imaging agents minus-thick plus-thick

       

      Project Summary: The field of fluorescence microscopy is fundamental to visualising and understanding important biological processes such as trafficking, cell-cell interactions and cellular responses to stress, to name a few. Access to highly sophisticated fluorescent imaging agents is now more critical than ever to ensure compatibility with improved microscope hardware. Current imaging agents suffer from a range of drawbacks including poor photostability, cross-talk, photobleaching, difficult handling and storage concerns. The chemistry community has partially addressed these concerns with various imaging agents now published, with emissions that span from visible to near-IR.

      The 1,8-naphthalimide provides an ideal scaffold to develop cell biology probes; appropriately substituted analogues exhibit beneficial photophysical properties including large Stokes shifts, high quantum yields and good photostability. The 1,8-naphthalimide exhibits positive solvatochromic emission, whereby the colour of light emitted (maxima) is strongly influenced by the relative polarity of the local environment.

      Imaging agents that stain more than one organelle simultaneously with distinct emission maxima are scarce. The Synthesis of Biologically Active Molecules research group have reported a first-in-class molecule that stains both lipid droplets (LD) and endoplasmic reticulum (ER) whereby emission maxima can be distinguished due to the differing polarities of the sub-cellular environments. This molecule is now the first (and only) commercially available imaging agent capable of this function. This project aims to design, synthesise an evaluate a new 1,8-napthalimide imaging agent that can stain both LDs and the mitochondria. Such an imaging tool would be a valuable addition to the toolkit of cell biologists, particularly those working in the lipid biology field.

      Contact Person: Dr Shane Hickey 

       

      Apply now

    • Targeting aberrant lipid metabolism in late-stage prostate cancer as a novel therapeutic strategy minus-thick plus-thick

      Project Summary: Prostate cancer is the most common cancer in Australian men with more than 24,000 cases diagnosed annually, and ten Australian men succumbing to this disease every day. Due to the dependence of prostate cancer cells on androgens for growth and survival, androgen deprivation therapy (ADT) has remained the frontline strategy for advanced prostate cancer since the 1940s. Although ADT is initially effective in most patients, it fails to achieve an enduring remission, with a predictable disease recurrence in a median time of 18–20 months. The state of the disease after ADT failure is termed castration resistant prostate cancer (CRPC) and is incurable.

      Cells draw on three main pools of fatty acids for energy requirements: saturated (SFAs), monosaturated (MUFAs) and polyunsaturated (PUFAs). In healthy cells, PUFAs play only a minor role in normal metabolic processes, but in late-stage prostate cancer PUFAs become critical molecules for two primary reasons: (i) their double bonds react with reactive oxygen species (ROS) which results in lipid peroxidation, ferroptosis and cell death; and (ii) they are a vital fuel source for cancer progression. We have shown using knock-down studies that targeting enzymes that control the metabolism of PUFA selectively kills late-stage prostate cancer cells. As such, targeting these enzymes is a valid and novel thereapeutic strategy to treat this disease.

      This medicinal chemistry project will design, synthesise and evaluate novel molecules that inhibit critical enzymes involved in PUFA metabolism.

      Contact Person: Dr Shane Hickey

       

      Apply now

    • Liquid injectable implants for localized drug delivery minus-thick plus-thick

       

      Project Summary: Osteoporosis is a disease resulting in reduced bone strength that significantly increases the risk of broken bones. Osteoporosis can be caused by a number of factors and is particularly prominent in older people, with 70% of those over the age of 80 being affected. Currently, osteoporosis is treated with bisphosphonates that have to be taken orally each day over long periods (3+ year) to be effective. Some of the major drawbacks with bisphosphonates taken orally is their very low bioavailability (~0.6%), which means that large doses need to be consumed, and they can cause esophageal ulceration and cancer. Furthermore, patient compliance can be an issue, as with any oral medications that requires frequent doses. To avoid these problems, this project aims to develop a drug-eluting implants, that can provide sustained release of bisphosphonates at the target location over a period of 6+ months.

      Contact Person: Associate Professor Anton Blencowe

       

      Apply now

    • Investigating key proteins that drive cancer progression minus-thick plus-thick

      Project Summary:

      Professor Claudine Bonder leads the Vascular Biology & Cell Trafficking laboratory in the Centre for Cancer Biology. Together with her team of scientists and clinical collaborators they study the intricate interplay between cancer cells and the tumour microenvironment (particularly blood vessels) to better understand how cancer develops and becomes deadly. With a focus on translating their scientific discoveries into outcomes for better human health, their work aims to provide new opportunities to prevent tumours from growing and metastasising to vital organs in cancer patients. The Centre for Cancer Biology also offers two top up scholarships for an additional $100/week in collaboration with the ‘Fuss Family’ and ‘Lashes of Love’.

      Project 1. Targeting better outcomes for patients with multiple myeloma.

      Multiple myeloma (MM) is the second most common hematological malignancy and is an incurable disease of neoplastic plasma cells (PC). With only 17% of MM patients surviving 10-years post diagnosis, faster detection and earlier intervention would unequivocally improve outcomes. The Bonder lab recently discovered that the cell surface protein desmoglein-2 (DSG2) is overexpressed in ~20% of bone marrow biopsies from newly-diagnosed MM patients and that it is strongly predictive of poor clinical outcome (Ebert et al Molecular Oncology 2022). This summer project uses molecular biology techniques to investigate DSG2 as cell surface biomarker that supports the survival of myeloma and promotes disease progression.

      Project 2. Controlling the spread of cancer cells by targeting the tumour vasculature

      The growth and spread of a tumour rely on the cancer cells accessing the blood supply. To do this, cancer cells not only promote blood vessel sprouting (angiogenesis) but they also form vessel-like structures themselves (vasculogenic mimicry (VM)). The Bonder lab has identified new VM targets in breast cancer, melanoma and pancreatic cancer (Thompson et al Growth Factors 2024; Tan et al OncoImmunology 2022; Martini et al BMC Cancer 2021; Tan et al, Oncotarget, 2016).

      This summer project is an opportunity to learn how blood vessels promote the progression of cancer (e.g. melanoma, pancreatic cancer and breast cancer) by focussing on the function of specific proteins (e.g. desmoglein-2, ICAM-1). Outcomes here will contribute to new hope and opportunities to treat these deadly cancers.

      Techniques: Cutting edge imaging technology will be used alongside cell culture, surface antigen expression by flow cytometry, protein detection by Western blot, in vitro blood vessel forming assays, gene expression by real time PCR and immunohistochemistry of human biopsies.

      Contact Person: Professor Claudine Bonder

       

      Apply now

    • pH-responsive polymeric nanoparticles for targeted drug delivery minus-thick plus-thick

       

      Project Summary: Cancer remains a leading cause of morbidity and mortality in Australia and globally. Annually in Australia, ~ 160,000 people are diagnosed with cancer and there are ~ 50,000 cancer related deaths. Chemotherapy, alongside surgery and radiotherapy, remains one of the leading treatments for cancer. However, chemotherapy is associated with severe side effects and in some cases can be poorly effective due to the inability to deliver high doses of anticancer drugs directly to the target. To improve the efficacy of chemotherapeutics and reduce adverse effects, anticancer drugs can be loaded into nanoparticle carriers such as polymeric micelles. This project aims to develop targeted and pH-responsive polymeric micelles for the selective uptake into cancerous tissues and the intracellular delivery of large doses of anticancer drugs. The project will involve the preparation of drug-loaded micelles and the investigation of their pH-responsivity and ability to release drugs under physiologically relevant conditions. 

      Contact Person: Associate Professor Anton Blencowe

       

      Apply now

    • Can changing antenatal steroid therapies improve neurodevelopmental outcomes? minus-thick plus-thick

       

      Project Summary: Antenatal corticosteroids (ACS), such as betamethasone, are standard clinical care for women at risk of preterm delivery. ACS activate the glucocorticoid receptor (GR), maturing the fetal lungs and reducing neonatal lung disease and death. However, clinicians are increasingly concerned about adverse effects of ACS on other organs, particularly the developing brain. In this project, we will test the prodrug ciclesonide, which is only able to signal via the GR in tissues with an activating enzyme present, like the lungs, but not brain. Our goal is to retain the benefits of ACS without adverse off-target effects on the developing brain.

      Students on this project will investigate the impacts of existing ACS and ciclesonide in our preclinical model. They will investigate underlying mechanisms using MRI and molecular approaches to investigate changes in brain structure and metabolism. The candidate can learn a range of molecular (realtime PCR, Western blotting, LC-MS/MS, histology) and hands on animal (fetal surgery, MRI, physiological monitoring) techniques. They will also have access to an extensive BioBank of fixed and frozen tissue with extensive clinical records and in vivo physiological data to support their studies.

      Contact Person: Prof. Janna Morrison, Associate Professor Kathy Gatford & Mauritz Herselman

       

      Apply now

    • Therapeutic approach at inhibiting bacterial cell division: A frontier in drug discovery and drug development minus-thick plus-thick

       

      Project Summary: Antimicrobial resistance is a global threat, exacerbated by the lack of new antimicrobial agents. Methicillin resistant Staphylococcus aureus (MRSA) and Acinetobacter baumannii are among the critical pathogens for which research and development of new antibiotics are urgently needed.

      One therapeutic strategy is to develop new agents with a mechanism of action that act on novel target site, the bacterial cell division protein FtsZ for which there is no clinically available antibiotics. A series of furazan FtsZ inhibitors were chemically synthesized from 1,2,5-oxadia-zoles and pyrazines. Their in vitro antimicrobial activity, on-target and off-target effects, toxicity in mammalian cells as well as their drug resistance development have been previously studied.

      Two compounds from this series demonstrated promising results as lead candidates for further study. Therefore, this project aims to build on previous findings by assessing their in vivo efficacy and toxicity using murine models of scald wound infections and sepsis. Bioluminescent imaging will be used to monitor bacterial burden, infection progression and wound healing that was optimised using a recombinant luciferase-expressing MRSA USA300 strain. Results obtained from this study will provide insights into their efficacy in vivo.

      Contact Person: Dr Wern Chai (Primary Contact) ,Associate Professor Rietie Venter & Dr Susan Semple

       

      Apply now

    • The role of midwives in maternal, child and family health services minus-thick plus-thick

       

      Project Summary: In Australia, Maternal, Child and Family Health Services (MCaFHs) provide scheduled support for families from infancy until a child is 4–6 years old, promoting healthy development and positive family outcomes. Traditionally, these services are delivered by registered nurses, often with dual midwifery registration and postgraduate qualifications in the field. However, workforce shortages have led to renewed interest in enabling midwives to work in MCaFHs. While no regulatory barriers exist, uptake is limited by a lack of evidence, differing state and territory legislation, and varied stakeholder perspectives.

      This project seeks to generate evidence to guide decision-making and reforms by examining the views and experiences of nurses, midwives, consumers, and stakeholders regarding the feasibility and acceptability of midwives working in MCaFHs. A three-stage sequential exploratory mixed-methods design will be employed. Stage 1 is an environmental scan to map the current landscape of Australian and international evidence. Stage 2 is a national survey targeting nurses, midwives, and consumers. Stage 3 is a comprehensive stakeholder consultation on the findings of Stages 1 and 2.

      The successful student will ideally have studied or be studying nursing and/or midwifery. They will contribute to the early stages of the project’s design and execution, including assisting in the design and conduct of an environmental scan to systematically map and synthesise current knowledge, practices, and policy settings regarding the inclusion of midwives in MCaFHs. The student will also assist in writing the associated environmental scan manuscript, allowing the student to contribute, and be listed on a peer-reviewed publication. Further roles may include assisting in the development of a HREC protocol and collaborating with industry partners to develop research tools.

      Through completion of this project, the student will gain gain valuable research and industry collaboration experience, and a unique opportunity to establish a network across the university and industry.

      Contact Person: Associate Professor Micah Peters & Jarrod Clarke

       

      Apply now

    • Nutritional supplement to improve maternal and fetal cardiovascular health in hyperandrogenic pregnancies minus-thick plus-thick

       

      Project Summary: Polycystic ovary syndrome (PCOS) affects almost 20% of women and is commonly diagnosed by excess concentrations of androgens (e.g., testosterone). During pregnancy, excess androgens result in serious complications including preeclampsia and poor fetal growth as well as increasing the mother and child’s risk of developing heart disease in later life. The exact reasons behind these risks remain unclear, but it is believed that impaired function of the placenta plays a critical role. There are currently no effective therapies that protect against damage caused by excess androgens. Our project therefore aims to test whether a simple, cost-effective nutritional supplement restores normal blood vessel function during pregnancy. We will use advanced MRI techniques, coupled with a suite of molecular toolkits, to investigate the efficacy of this supplement compared to standard treatment with metformin. Ultimately, the advanced knowledge gained through this project will improve cardiovascular health outcomes for mothers and their babies.

      The candidate will learn a range of molecular (realtime PCR, Western blotting, LC-MS/MS, histology) and hands on animal (fetal surgery, MRI, physiological monitoring) techniques. They will also have access to an extensive BioBank of fixed and frozen tissue with extensive clinical records and in vivo physiological data to support their studies.

      Contact Person: Prof. Janna Morrison, Associate Professor Michael Wiese, Dr Ashley Meakin 

       

      Apply now

    • Defining the mechanisms by transcription factors program lymphatic vessel identity minus-thick plus-thick

      Project Summary: Our research seeks to understand how lymphatic vessels are built during development and how this process goes wrong in human disease states including cancer, lymphatic vascular malformations and lymphoedema. We investigate mouse and human genetics in addition to cell, molecular and developmental biology, in order to define the genes and signalling pathways that underpin lymphatic development and function in health and disease. We are particularly interested in understanding the genetic and developmental basis of human lymphatic diseases, defining how the identity of cells in the lymphatic system is programmed during development and investigating the process by which lymphatic vessel valves are built. Our ultimate aim is that by understanding these processes, we will be able to develop more effective treatments for patients affected by lymphatic vascular diseases. This project will focus on understanding how transcription factors important for programming lymphatic vessel identity work together to regulate gene expression in the lymphatic vasculature and how variants in genes encoding these transcription factors cause human lymphatic disorders. 

      Contact Person: Professor Natasha Harvey

       

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    • Epigenetic regulation of Th2 cells in chronic allergic inflammation minus-thick plus-thick

       

      Project Summary: Almost every cell in an individual has identical DNA yet can differentiate into all the specialized cells of the body. This is accomplished via epigenetic regulation of gene expression. Our laboratory investigates how allergy associated T cells called Th2 cells are epigenetically programmed to drive diseases including asthma. Gata3 is a key driver of Th2 cell differentiation, and we have defined an intronic enhancer region of the Gata3 gene that is important for epigenetic programming of Th2 cells. This project will extend these findings to determine how epigenetic regulation of Gata3 occurs in CD4 T cells using CRISPR DNA deletion technology.

      Contact Person: Dr Damon Tumes

      Apply now

    • Defining eosinophil populations in the airways of patients with asthma minus-thick plus-thick

       

      Project Summary: Until recently, eosinophils were viewed as homogenous effector cells that attack parasitic worms and viruses and often underlie chronic asthma. We have defined several new subsets of eosinophils in the airways of patients with chronic rhinosinusitis and asthma and this project will determine their functions using flow cytometry and gene expression analysis.

      Contact Person: Dr Damon Tumes

       

      Apply now

    • How does fetal growth restriction alter heart development? minus-thick plus-thick

       

      Project Summary: Fetal growth restriction (FGR), where a baby weighs below the 10th percentile for their gestational age, occurs in 6.5 % of live births. Human studies show that babies whom are born small as a result of FGR are at increased risk of cardiovascular disease, including hypertension and left ventricular hypertrophy, in adult life. However, we do not yet understand the molecular basis of this association and therefore we are limited in our capacity to implement effective intervention strategies. Determining how the fetal heart is affected using a pre-clinical model of umbilical artery occlusion may reveal molecular markers that can be targeted to improve outcomes for these babies and into their adult life. The candidate will learn a range of molecular (realtime PCR, Western blotting, LC-MS/MS, histology) and hands on animal (fetal surgery, MRI, physiological monitoring) techniques. They will also have access to an extensive BioBank of fixed and frozen tissue with extensive clinical records and in vivo physiological data to support their studies. 

      Contact Person: Professor Janna Morrison & Dr Mitchell Lock

       

      Apply now

    • Predicting fetal growth early in pregnancy with non-invasive MRI: Validation in a preclinical model with a focus on the lung minus-thick plus-thick

       

      Project Summary: Fetal growth restriction (FGR), where a baby weighs below the 10th percentile for their gestational age, occurs in 6.5 % of live births. Nearly 50% of all pregnancies complicated by FGR go undetected until after birth, despite improvements in obstetric imaging and management. A major risk in these babies is respiratory distress syndrome. This project will use Magnetic Resonance Imaging (MRI) of the fetal lung to comprehensively model and measure markers of maturation, growth and function in FGR. We hypothesise that MRI in early gestation used to measure fetal growth and oxygenation will correlate with gene and protein expression of molecular markers of the regulation of lung development in late gestation. The candidate will learn a range of molecular (realtime PCR, Western blotting, LC-MS/MS, histology) and hands on animal (fetal surgery, MRI, physiological monitoring) techniques. They will also have access to an extensive BioBank of fixed and frozen tissue with extensive clinical records and in vivo physiological data to support their studies.

      Contact Person:  Prof. Janna Morrison & Dr Mitchell Lock

       

      Apply now

    • Understanding the impact of ventilation on preterm lung injury minus-thick plus-thick

       

      Project Summary: Approximately 15 million babies are born prematurely each year with underdeveloped lungs. While advances in neonatal medicine have improved survival rates for increasingly younger neonates, the need for ventilation and supplemental oxygen during resuscitation remains. However, these lifesaving interventions can lead to ventilator-induced lung injury (VILI) and the development of bronchopulmonary dysplasia (BPD), a chronic lung disease with severe implications for respiratory health throughout childhood and which often persists across the life-course. Consequently, there is an urgent need for a novel therapy to minimize lung injury during neonatal resuscitation and prevent the onset of BPD.

      This project will characterize different severities of VILI in a preterm lamb model and assess a novel intervention aimed at reducing inflammation in the preterm lung. The candidate will learn and apply techniques such as histological assessments and/or immunohistochemistry to collected lung tissue samples and have the opportunity to learn hands on experimental animal techniques. 

      Contact Person: Dr Jack Darby & Prof. Janna Morrison

       

      Apply now

    • Long-Acting Injectables for the effective control of Depression minus-thick plus-thick

       

      Project Summary: Depression, affecting approximately 280 million people globally, is a neurological disorder driven by neurotransmitter imbalances, particularly serotonin, norepinephrine, and dopamine. Currently available conventional oral antidepressants, such as selective serotonin reuptake inhibitors (SSRIs) and serotonin-norepinephrine reuptake inhibitors (SNRIs), have certain limitations, including low bioavailability, extensive first-pass metabolism, and variable plasma concentrations, leading to poor remission rates and side effects like anxiety and insomnia. Daily dosing for 6-8 weeks is often required, reducing patient adherence. To address these challenges, the study aims to develop a long-acting injectable (LAI) formulation using biodegradable polymers to deliver SSRIs or SNRIs, aiming for a sustained drug release over at least seven days.

      The LAI formulation employs biodegradable polymers or lipids to create a controlled-release system, minimizing dosing frequency and maintaining therapeutic plasma levels. The study focuses on formulating these drugs into colloidal systems, such as polymeric microspheres or in situ forming gels, to enhance bioavailability and bypass first-pass metabolism. The development process involves optimizing the formulation using a quality target product profile (QTPP) based on critical quality attributes such as polymer type, solvents, and process parameters. Followed by in vitro release and cell viability studies. An in vitro-in vivo correlation (IVIVC) model will be established to predict in vivo pharmacokinetic performance based on in vitro data. This approach aims to overcome the drawbacks of oral formulations, such as variable drug concentrations, and reduce side effects by ensuring consistent drug release. By improving patient compliance and therapeutic efficacy, this LAI formulation represents a promising advancement in depression treatment, potentially offering a more effective and convenient alternative to current therapies, with further clinical validation needed to confirm its efficacy and safety.

      Contact Person: Professor Sanjay Garg

       

      Apply now

    • Saving native wildlife and livestock from introduced predators minus-thick plus-thick

       

      Project Summary: Invasive species, such as feral cats and foxes, pose a tremendous threat to native Australian species and livestock. The ACTB group are developing a series of novel technologies for the protection of native animals and livestock from these predators. These include implant technologies that render native animals poisonous to introduced predators, and non-lethal baits that train introduced predators to avoid preying on native animals and livestock.

      Contact Person: Associate Professor Anton Blencowe

       

      Apply now

    • Improving the therapeutic use of vancomycin minus-thick plus-thick

       

      Project Summary:Vancomycin is an essential antibiotic for the treatment of the “superbug” methicillin-resistant Staphylococcus aureus (MRSA); however, despite long-term use of vancomycin, the best treatment practice for the use of this vital antibiotic remains largely empirical. This project will be conducted in collaboration with SA Pharmacy and the Central Adelaide Local Health Network (CALHN), and will involve the review of vancomycin management in adult patients with MRSA infection. This work will form a component of a larger research project that aims to establish optimal dosing and therapeutic drug monitoring practices for vancomycin in this patient population.

      Contact Person: Professor Stephanie Reuter Lange

      Apply now

    • Understanding the experience of ovarian cancer diagnosis minus-thick plus-thick

      Project Summary:

      Ovarian cancer is one of the most serious and life-threatening gynaecological cancers. It is often diagnosed at a late stage, when treatment is more difficult and survival rates are lower. This is partly because its early symptoms – such as bloating, abdominal pain, and fatigue – can be vague and are often mistaken for less serious conditions. Improving early diagnosis is essential, and understanding how people experience the process of being diagnosed can help us identify where delays, miscommunications or problems may occur.

      This research project will focus on the analysis of written (qualitative) responses already collected as part of a symptom survey, which was completed by people who have been diagnosed with ovarian cancer. The student will look at what respondents said about how they were diagnosed, and their descriptions of their experience. This will include looking at how people noticed symptoms, how they communicated them to doctors, how those symptoms were interpreted, and how they felt when they eventually received a diagnosis. The aim is to identify themes in how the diagnostic process is experienced and understood.

      This project will be useful for students interested in bioethics or the medical humanities. It offers a chance to work with real data and think about important questions around communication, trust, and how people experience illness. This project will provide the opportunity to gain experience in qualitative research methods (e.g. thematic analysis).

      No previous experience with qualitative research is needed, but an interest in health and ethical issues in medicine is essential. The student will also be encouraged to share their findings in a short report or presentation at the end of the project.

      Study Mode: Remote/online participation option available

      Contact Person: Dr Hilary Bowman-Smart

      Apply now

    • Understanding the mechanism of Colorectal Cancer to enable early accurate detection minus-thick plus-thick

       

      Project Summary:

      In Australia, clinicians have recognised an alarming increase in the frequency of colorectal cancer (CRC) patients who, despite an apparently successful resection of the primary tumour with clear margins, still experience clinical recurrence. Patients presenting with a localised tumour (TNM stage I/II) are often deemed suitable for surgery, but many subsequently present with metastasis in the liver, raising questions as to whether the patient was appropriately staged at diagnosis. Currently, the technology to accurately detect small lesions is limited and thus patients are undergoing surgery, and not afforded other treatment regimens, including the newly listed immunotherapies, for metastatic patients who have poorer overall survival rates (5-year survival rates – 15-30% at Stage III/ IV [1-3] compared with 85% at Stage I/II [3]).

      Sporadic CRC arises from mutations in three key genes and can be described as two unique developmental sequences; 1) the Adenoma Polyp-Carcinoma sequence, and 2) the Serrated Polyp-Carcinoma sequence [4, 5]. The flow on effects of these two carcinoma sequences have been extensively studied, including chromosomal instability, DNA methylation, and DNA mismatch repair genes, but none of these provide improved CRC detection [6-9]. The current challenge for accurate patient staging is the inability to visualise small lesions by routine histology.

      Our primary focus is to develop innovative technology that defines primary CRC pathogenesis and residual disease, enabling accurate patient staging to facilitate precision management for therapeutic interventions. We have identified biomarkers that report on the primary pathogenesis for CRC and here we will validate the scientific discovery process and demonstrate that the endosomal-lysosomal system is directly involved in the primary pathogenesis of CRC.

      AIM 1: Validate the technology using a retrospective cohort of patient tissue samples to define the primary pathogenesis and accurate staging in CRC.

      AIM 2. Develop a digital pathology imaging and AI classification solution for accurate CRC subtype detection using Deep Learning in combination with patient bioinformatics

      Contact Person: Dr Jessica Logan

      Apply now

    • Thermoresponsive hydrogels for the delivery of immunotherapies and vaccines minus-thick plus-thick

       

      Project Summary: While adoptive cell therapies, such as engineered immune cells are highly effective for the treatment of bloodborne cancers, their efficacy for the treatment of solid tumours has been limited in part due to difficulties in achieving high doses of the immune cells at the target site. A promising solution is the application of a delivery system that anchors the immune cells at the target site and provides a sustained release profile. Therefore, in this study the aim is to develop injectable hydrogel systems that gel in situ and provides a sustained release of T-cells through gradual degradation of the hydrogel matrix.

      Contact Person: Associate Professor Anton Blencowe

       

      Apply now

    • Biocompatible and orthogonal conjugation chemistries minus-thick plus-thick

      Project Summary:

      Conjugates consist of a combination of two components covalently coupled together and are used extensively in the pharmaceutical, diagnostic and life-science industries. For example, antibody-drug conjugates consist of a targeting antibody that can recognize a specific target (e.g., cancer cell) and a drug which is delivered to the target. This combination allows for selective drug delivery and reduced off-target effects. Conjugates are prepared using highly efficient coupling chemistries, however, there is significant scope for the development of new coupling chemistries that proceed rapidly at low temperatures, don’t require complex precursors or catalysts, and are selective to particular functionalities. The project will involve the development of a new type of conjugation chemistry based on Diels-Alder cycloaddition. The aim will be to optimise the system to proceed rapidly in water, without the addition of catalysts.

      Contact Person: Associate Professor Anton Blencowe

       

      Apply now

    • Exploring the Influences of GenAI on motivation and self-regulated learning among Health Science Undergraduates and its impact on assessment practices minus-thick plus-thick

       

      Project Summary: The proliferation and accessibility of generative artificial intelligence (GenAI) enabled tools, such as ChatGPT, has rapidly altered how students engage with academic tasks. This project seeks to examine the impact of GenAI among health science undergraduates, evaluating student motivation, self-regulation of learning, and assessment practice.

      Within health science higher education, non-invigilated assessments are intentionally designed to cultivate research skills, critical thinking and self-directed learning. Traditionally written assessment modalities (e.g., essays, case studies, reflective journals) support student learning by engaging in the process of completing the task. The challenge lies in discerning whether the optional use of GenAI-enabled tools enhances or undermines students' motivation to engage with their coursework and assessments, and whether the assessments and tasks remain fit for purpose

      In this project the candidate would potentially review published literature and analysis of collected data from student participants from current projects to produce a report of their findings.


      Study Mode: Remote/online participation option available

      Contact Person: Dr Sarah Davey & Dr Tim Barnes

       

      Apply now

    • Nanomedicines and drug conjugates to advance new therapies for cancer and infection. minus-thick plus-thick

       

      Project Summary:

      Many pharmaceutically active molecules fail to progress into medical treatments due to their poor solubility and permeability and inability to cross biological barriers.  This project will focus on the development of new drug delivery technologies to advance the absorption and biodistribution of small molecule therapeutic agents. Lipid based drug delivery technologies will be compared with antibody drug conjugates (ADC’s).  Innovative pharmaceutical formulation approaches will be utilised to improve the encapsulation and delivery of novel pharmaceutically active molecules.  These formulations will advance into in vitro and in vivo models to demonstrate improved pharmacokinetics, biodistribution, toxicity and efficacy.  The project will have implications for the development of new and improved medicines to fight cancer and infectious disease.

      The summer vacation student will receive invaluable research  training in medicinal chemistry, drug delivery technologies and nanomedicine.

      Contact Person:  Professor Clive Prestidge

       

      Apply now

    • Developing Nanomaterials for Multimodal Targeting of Antimicrobial Resistant Bacteria minus-thick plus-thick

       

      Project Summary: There is significant ongoing interest in tackling the challenge of antimicrobial-resistant bacteria. This issue becomes even more critical when microorganisms form biofilms, which can boost their resistance up to 1000-fold compared to their planktonic counterparts. Alternative treatment strategies are increasingly focusing on overcoming resistance mechanisms through nanotechnology-enabled approaches, such as nanoparticle drug delivery systems. These systems support multimodal therapeutic methods by incorporating elements like biofilm-penetrating enzymes, quorum sensing inhibitors to disrupt intracellular communication, and multiple therapeutic agents targeting different parts of bacterial cellular machinery.

      In this project, you will work with advanced lipid-based nanomedicines that incorporate multiple therapeutic modalities (e.g., biofilm penetration, disruption of cellular communication, and targeted therapeutics) to overcome bacterial resistance mechanisms and penetrate biofilms for improved therapeutic outcomes. Based in the Centre for Pharmaceutical Innovation within the purpose-built Bradley building research laboratories, you will develop technical skills in various advanced physicochemical formulation and material characterisation techniques.

      Contact Person: Dr Tim Barnes, Professor Clive Prestidge & Anam Ahsan

      Apply now

    • Let’s play: innovative approaches to postgraduate nursing education using gamification or gaming technology minus-thick plus-thick

      Project Summary: Many registered nurses continue their education beyond pre-registration bachelor’s degrees by undertaking postgraduate studies to further their knowledge, clinical practice and career pathways. Postgraduate nursing education is often offered as fully online and asynchronous with limited face to face opportunities. Online delivery offers clinicians the ability to build their theoretical knowledge whilst working clinically. The challenge for academics in delivery of a fully online program is in building confidence, exposure and psychomotor skills in the higher-level skills that comes through undertaking postgraduate education. Computer gaming has been around for some time with the intention to entertain. However, serious games and gamification in education is a more recent approach. Serious gaming utilises gaming with the intention to use as an education tool whilst gamification uses components of games. This new approach is starting to emerge in healthcare education but what are the most effective gamification strategies or gaming technologies for enhancing learning outcomes in postgraduate nursing education?

      This vacation scholarship will provide a student with the opportunity to assist the research team in exploring innovate approaches to postgraduate nursing education with the use of gaming technology or gaming components. The vacation scholarship student will actively participate in research activities such as conducting a survey and semi-structured interviews with nurses to determine their knowledge and skill in gaming technology. The aim is to understand our nursing population and if gaming technology or gaming components is a beneficial approach to their knowledge and skill development. 

      Mode of Study: This project has the option for remote/online participation.

      Contact Person: Ms Vivienne Leigh & Dr Allison Roderick & Dr Michelle Freeling

      Apply now

    • Development of novel biodegradable polymers for biomedical applications minus-thick plus-thick

      Project Summary:Polymers are essential in many biomedical applications ranging from nanomedicine and drug delivery to tissue engineering to wound dressings. With the drive towards more sustainable and functional biomaterials, there is a constant need for new polymers that are biocompatible and biodegradable. Moving away from fossil fuel derived polymers, we have been working to engineer new polymers from sustainable sources that maintain the same functionality, such as polymers derived from food waste.

      Contact Person: Associate Professor Anton Blencowe

       

      Apply now

    • Understanding Recent Medicine Shortages in Australia Using National Dispensing and Regulatory Data minus-thick plus-thick

       

      Project Summary:

      Medicine shortages are a persistent and growing concern in Australia, with significant implications for patient care, health service delivery, and medicine safety. This project will explore the landscape of recent medicine shortages using national datasets, including Pharmaceutical Benefits Scheme (PBS) item-level aggregate dispensing data and the Therapeutic Goods Administration (TGA) Medicines Shortages Reports Database. The aim is to characterise the extent, duration, and impact of shortages across various medicine classes and therapeutic areas.

      The researcher will gain hands-on experience in analysing real-world data, developing and applying statistical methods to describe trends and patterns in medicine availability and utilisation. Opportunities will be available to investigate case studies of critical shortages, identify patterns in substitute prescribing, and assess the timeliness of shortage reporting and resolution.

      This project will suit students interested in pharmacoepidemiology, public health, pharmacy practice, or health data science. Ideally you will be a pharmacy or pharmaceutical science student. The project will contribute to the growing evidence base required to inform risk mitigation strategies, regulatory responses, and policy development to ensure continuity of medicine supply in Australia.

      Study Mode: Remote/online participation option available

      Contact Person: Dr Jack Janetzki

       

      Apply now

    • Evaluation of the Dementia Support Pharmacist in Regional South Australia Program minus-thick plus-thick

      Project Summary: Currently several other dementia support programs are available in Australia. Some of these programs offer information to increase awareness and reduce stigma (National Dementia Support Program), provide carer education and respite care, palliative care support provided by specialist nurses and Occupational Therapists (The Nightingale Program) and specialised training for pharmacists and other healthcare professionals (Dementia Training Australia courses). However, there is a severe lack of a comprehensive program which offers all of these services from a single provider. Also, most of these services are more accessible to those living in capital cities and metropolitan areas. There is a large gap in rural and remote areas where such services are equally needed. The Dementia Support Pharmacist program run by clinical pharmacists, aims to transform dementia care across community, home settings, and aged care facilities in rural and remote South Australia.

      This project aims to (i) determine services and activities that have been provided by the clinical pharmacists through this program; (ii) explore the role of pharmacists working in dementia care in rural and remote areas and (iii) explore the real-world impact of this service through the lens of clients of this service.

      Contact Person: Dr Vijay Suppiah

       

      Apply now

  • art Creative minus-thin plus-thin

     

    In addition to the list of projects below, the following staff are willing to accept vacation students. Please contact them directly to discuss possible project opportunities.

    Dr Andrew Allan: Planning governance. Planning regulations, strategic planning, transport planning, housing development options

    Creative

    • Political News Sharing in Australia – An empirical study using digital methods and AI minus-thick plus-thick

       

      Project Summary:This project explores the news sharing practices of Australian politicians on social media. This phenomena represents a critical upheaval of traditional media gatekeeping, where editors, journalists and news rooms were once the primary agenda setters for news. Today, some politicians in Australia have a following and influence that extends well beyond many regional and metropolitan news outlets. This study examines phenomena and asks what the question “what does it mean to be an agenda setter in an age of social media”. Students will learn how to handle ‘big data’, sampling, basic quantitative analysis and the use if AI tools. Students will also get the opportunity to explore the literature on political news sharing and agenda setting with a view towards contributing to a publication in a high ranking academic journal.
      Some basic familiarity with Excel is required. Some enthusiasm to work with AI and coding is needed, but no experience with either is required.

      Contact person: Cameron McTernan

       

      Apply now

    • Reforming the planning system and building regulations in South Australia to facilitate increased residential densities minus-thick plus-thick

       

      Project Summary:South Australia is renowned for its digital planning system and yet the building industry has been unable to meet the level of new housing demanded across metropolitan Adelaide. Increased residential densities are required but the regulatory challenges from planning and building perspectives remain. This project investigates what changes are needed in terms of planning and building reforms to facilitate increased housing that doesn’t exacerbate urban sprawl and Adelaide’s metropolitan footprint. This project could include discussion of reforms that explore many possible solutions such as the approach adopted in Deansgate Square in Manchester in the UK or improved infill development to increase housing densities facilitating living in place solutions or the strategic planning approach recommended in the 2010 30 Year Plan for Greater Adelaide of a metropolitan network of Transit Oriented Developments and Transit Corridors which is still pursued today in the 2025 Greater Adelaide Regional Plan, or examining how The Planning and Design Code should be revised to increase housing output and/or revisions to Building Regulations to allow more innovative, cost effective and time efficient, yet sustainable housing solutions. The project requires a literature review and possible regulatory and development solutions that explores options for increasing metropolitan Adelaide’s housing stock.

      Mode of Study: This project has the option for remote/online participation.

      Contact people: Dr Andrew Allan

       

      Apply now

    • The Global Media and Internet Concentration Project - Australian and New Zealand Study minus-thick plus-thick

       

      Project Summary: This summer vacation scholarship offers students a unique and exciting opportunity to critically examine one of the greatest challenges facing the Australian media industry: the concentrated ownership of television and newspapers in the hands of a privileged and powerful few. This long-standing issue has profound implications for the economy, culture, and the overall health of Australia’s democracy. This project places you at the forefront of understanding and mapping this complex landscape.

      During the scholarship, students will gain valuable hands-on experience by learning and applying quantitative data collection methods. You will be trained to systematically source and collate information using a variety of archival and contemporary industry research techniques, drawing from annual reports, regulatory filings, and historical records. Successful applicants will also examine the complex and important interplay of traditional Australian media companies with the telecommunications and internet industries – exploring the impacts of digital convergence and streaming platforms.

      This work will contribute directly to the next iteration of the Australia and New Zealand reports for the Global Media and Internet Concentration Project, ensuring student work has a real-world impact.

      By the end of the project, the successful applicant will be able to produce high-quality data visualisations, transforming revenue and subscriber data into compelling charts and graphs that tell a clear story. Furthermore, they will get a primer on basic econometric analysis, building a foundational understanding of statistics. These applied skills in data analysis are highly sought after by marketing and business consultancies, as well as being essential for a future in academic research.

      To be successful in this role, applicants should have a basic understanding of Microsoft Excel. Advanced knowledge of econometrics or statistical methods is not a pre-requisite for this project. Instead, comprehensive instruction and close mentorship will be provided by the project team, who are looking for motivated candidates with a strong curiosity and a willingness to learn.

      Study Mode: Remote/online participation available

      Contact person: Cameron McTernan

      Apply now

    • Global to local journalism through podcasting minus-thick plus-thick

       

      Project Summary:

      We aim to develop a Non-Traditional Research Output in the form of a podcast series which will explain complex long running conflicts through the voices of local diaspora communities. This NTRO will be focused on the research question of how do we create a best practice podcast that draws local audiences into complex global issues while taking care of, and empowering, vulnerable interviewees. To this end the student will be conducting background research on the methods and methodologies of the show. Specifically, they will be searching the literature for information on two key topics 1) podcasts and complex storytelling and 2) ethical and trauma informed reporting. We expect this position to be taken up by a journalism student in which case, time permitting, they will also start background research on specific show topics, potential interviewees and interview questions. We would like the project to run for six weeks from mid-November until the Christmas shut down.

      Contact people: Dr Chrisanthi Giotis and Neelu Sharma

      Apply now

    • Effectiveness of using AI agents in personalised dialogue to encourage ethical futures thinking in museum experiences minus-thick plus-thick

       

      Project Summary: As a leading future-focused museum within UniSA, MOD. serves to connect research and the public.

      The MOD. exhibition for 2025 was FOREVER. The Beyond Endings exhibit used innovative personalised interactions with AI avatars to encourage visitor discussion on ethical issues related to speculative technologies.

      We have gathered data to examine firstly the effectiveness of personalised dialogue to encourage ethical futures thinking, and secondly to explore the effectiveness and experience for visitors of engaging with an innovative museum design incorporating AI agents.   

      This project will see a student researcher studying this data to answer one of the following questions:

      Research area: Capability building for ethical future-thinking 

      1. How might we use personalised dialogue to examine the participation of public audiences in ethical futures thinking? 

      2. How might we use speculative world building to explore the ethics of emerging and speculative technology to build capability for ethical futures thinking? 

      Research area: Innovation in design of museum exhibitions 

      Mode of Study: This project has the option for partial remote/online participation.

      Contact people: Claudia von der Borch

      Apply now

    • AI and XR-Enabled Innovation in Customized 3D Football Boot Development minus-thick plus-thick

      Project Summary: This project pioneers the integration of Artificial Intelligence (AI) and Extended Reality (XR) technologies to revolutionize the design and customization of 3D football boots. By harnessing AI-driven data analytics alongside immersive XR visualization, the project enables the creation of highly personalized, performance-optimized footwear tailored to the unique biomechanics and preferences of individual athletes.
      Utilizing advanced 3D modeling and real-time virtual prototyping, designers can swiftly explore, iterate, and refine boot designs, enhancing fit, comfort, durability, and on-field performance. The XR platform fosters immersive, collaborative review sessions among designers, athletes, engineers, and manufacturers, streamlining decision-making and significantly reducing development timelines.
      Through this innovative approach, the project aims to elevate athlete experience, promote sustainable manufacturing by minimizing physical prototypes and material waste, and establish new benchmarks for innovation in sports equipment design

      Contact Person: Associate Professor Fanke Peng

       

       

      Apply now

    • Garment Memory: A Speculative XR System for Digital Stewardship in Circular Fashion minus-thick plus-thick

      Project Summary: This project investigates how gesture-based interaction combined with Extended Reality (XR) technologies can empower users to engage deeply with the evolving stories and histories of garments within collaborative fashion consumption (CFC) environments. By fostering emotional durability and strengthening community-led connections, the project seeks to extend the lifespan of clothing items and encourage sustainable fashion behaviors. Through immersive and interactive experiences, users are invited to participate in digital stewardship, promoting awareness, care, and shared responsibility for circular fashion practices.

      Contact Person: Associate Professor Fanke Peng

       

      Apply now

    • Bridging the AI Gap: Empowering Older Adults to Access and Benefit from Generative AI minus-thick plus-thick

       

      Project Summary: Generative AI tools like ChatGPT are transforming wellbeing, information access, and social connection across society. However, older adults often face barriers such as limited digital literacy and accessibility issues that restrict their engagement with these technologies. This project aims to promote digital inclusion by exploring how older adults can better understand, access, and use generative AI tools to improve their daily lives, focusing on usability, emotional factors, and tailored learning approaches.
      Students will conduct a comprehensive literature review to map existing research on AI adoption among older adults. They will identify key barriers and effective strategies, and synthesise findings to develop practical, evidence-based recommendations that support seniors’ independent and confident use of generative AI technologies.

      Study Mode: Remote/online participation available

      Contact person: Dr Ghazaleh Sepahpour

       

      Apply now

    • Enhancing Emotional Engagement through Advanced Tangible Interface in Companion Robots minus-thick plus-thick

      Project Summary: This project focuses on developing and evaluating a companion robot with advanced tactile experiences and AI-based conversational capabilities to foster deeper emotional engagement and stronger user-robot relationships. The robot aims to provide emotionally supportive companionship, improving users’ wellbeing and reducing feelings of loneliness.
      Students will conduct a comprehensive literature review on the role of tactile interaction and conversational AI in companion robots and their impact on emotional engagement. They will identify key design principles, analyse existing examples, and synthesise findings to inform the development and evaluation of the companion robot.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact person: Dr Ghazaleh Sepahpour

       

      Apply now

    • Immersive Storytelling with Game Engines- Presenting a Story from South Sulawesi, Indonesia minus-thick plus-thick

       

      Project Summary: This project sees the successful applicant work with A/Prof Dooley on the creation of an interactive and immersive storytelling experience created using 360-degree camera technology, game engines and other software. The storytelling experience is concerned with a cross-cultural collaboration between Australian and Indonesian students to capture architectural information and cultural heritage in the South Sulawesi region of Indonesia.
      The student will begin with a review of literature and creative approaches that address cross-cultural storytelling in virtual reality. Their analysis of creative material will note mechanics, narrative structure, sensory design, and emotional impact.
      Considering this analysis, as well additional contextual material on the creative project provided by Dooley, they will produce a range of initial concepts or lo-fi prototypes to explore possibilities for interaction and immersion. This work will show an awareness of cultural and ethical considerations.
      The student will then build a virtual environment using Unreal Engine or Unity, which can be used in the creation of an immersive work incorporating 360 video footage and other assets supplied by Dooley.
      This creative–technical hybrid research project asks the successful applicant to consider storyworld, sensory and spatial experience when contributing to the creation of an innovative, interactive work.

      Study Mode: Remote/online participation available

      Contact person: Associate Professor Kath Dooley

      Apply now

    • Co-Design on Country: Architecture, Fire, and Adaptive Reuse in Community-Led Design minus-thick plus-thick

       

      Project Summary: Are you interested in designing with—not for—communities? This research opportunity invites architecture students to engage in hands-on, site-based practice with First Nations knowledge holders and industry partners, through two powerful streams of community-led design.

      The first stream introduces students to the emerging field of pyro-vernacular studies, which explores the relationship between cultural uses of fire in land management to inform vernacular building practice. Students will be immersed in Country-led design practices where fire is understood as a living tool of ecological stewardship and architectural making. This involves learning about cool burns, fire-resilient materials, and place-based shelter strategies developed over generations.

      The second stream involves an adaptive reuse initiative, working with regional community stakeholders and First Nations artists to develop architectural strategies for a regional place-based gallery and cultural precinct. Through arts-led activation, students will explore how existing structures can be reimagined as culturally rich, socially responsive community assets.

      Students will learn co-design methodologies through architectural ethnography, participating in workshops, on-Country visits, and collaborative design charrettes. Emphasis will be placed on listening, relationality, reciprocity, and drawing as research.

      This research experience will culminate in the development of a peer-reviewed publication, co-authored with supervisors and community partners, allowing students to build both a portfolio of culturally attuned design work and a strong academic output.

      Students from Architecture, Interior Architecture, or related spatial design fields are encouraged to apply.

      Contact person: Dr Julie Nichols

       

      Apply now

    • Home Lab: Adelaide House Retrofit minus-thick plus-thick

       

      Project Summary:This project contributes to a research program, Home Lab, that aims to provide accessible guidance on retrofitting existing housing for contemporary lifestyles, energy efficiency, and climate resilience. An initial stage of work will explore a selection of patterns for energy-efficient retrofitting of typical South Australian homes. It aims to provide a broad understanding of the principles of adapting and improving existing houses through the description of typical construction methods found in suburban homes. It will then provide technical information in a manner which can be easily understood and applied by the public to encourage more energy efficient, healthy, affordable, attractive, and sustainable living in existing homes. The Vacation Scholar will assist the team in researching typical construction methods, developing a catalogue of architectural diagrams and details, and visualising retrofit packages. They will be jointly supervised by Lyrian Daniel, Julie Collins and Damian Madigan.

      Contact person: Associate Professor Lyrian Daniel

       

      Apply now

    • Handlist of Sources: South Australian Mid-Century Modern Architecture minus-thick plus-thick

      Project Summary: The revival of interest in mid-century Modernism is everywhere from Eames chairs and Aalto vases to Richard Neutra houses and Arne Jacobsen cutlery. Its popularity has renewed an interest in the local architectural culture and its production within the period, with the Architecture Museum and other repositories fielding many inquiries on the topic.

      The proposed project involves the assembly of material into both bibliography and handlist of sources for the study of South Australian mid-century Architecture. The list would work towards a browsable directory of known copies of drawings and articles, drawing upon previous scholarly publications and containing links to selected projects, descriptions, and digital facilities of items available for download.

      In the Post war period, Modernism in Adelaide boomed within an industrialising economy and an emerging consumer culture. Design knowledge about this period remains limited. The handlist will assist in this area by expanding these sources by variously linking available published and unpublished material to provide the reader a handlist in which one could learn about post war architecture and design in Adelaide.

      The project aims to have impact and will lead to multi-year digital humanities project as the Architecture Museum moves towards open access (OA) digital humanities project to put information of this kind on the web starting with the architects of SA database. The handlist would mix both physical material and bibliography, combining it with digitally available materials where possible linking institutions that preserve both data and material on this period.

      Contact person: Dr James Curry 

       

      Apply now

    • X: experiments in sustainable design and craft minus-thick plus-thick

      Project Summary: This project focuses on studio experimentation for alternative and sustainable modes of production and repair in craft and design . Challenging contemporary paradigms of design that create waste, pollution and social injustice, the experimentation will align with two strands of Dr Keulemans’ creative practice research:

      • Transformative repair, the design-led, creative remaking of broken goods, products and waste, uses techniques of visible mending, upcycling and adaptive reuse to return voice and agency to the practice of repair, and

      • Bioregional design, exploring the sustainability of materials, their use and extraction in relation to ecological limits, developing more ethical, lower impact and less wasteful materials for products.

      Together these approaches address a whole value chain from resource procurement to end-of-life, potentialising the transformation of industrial practice. Directed towards the creation of studio prototypes for exhibition as exemplars of emerging 21st century practice in craft and design, the project requires student researchers with a range of skills in design, craft or art, such as graphic communication, digital design, material experimentation and/or prototype fabrication.

      Contact person: Dr Guy Keulemans

       

      Apply now

  • classroom-teacher-present Education Futures minus-thin plus-thin

    Education Futures

    • Culturally and Linguistically Responsive Pedagogies in Early Childhood minus-thick plus-thick

       

      Project Summary:Vacation scholars will have to opportunity to undertake research activities in working with the Culturally and Linguistically Responsive Pedagogies and Early Childhood Research Team within the Centre for Research in Educational and Social Inclusion. A range of project possibilities are available including literature searches, literature reviews, data analysis and translating research into practice-based materials. Scholars will learn about large research projects and collaborate with teams. Please contact me to discuss options.

      Study Mode: Remote/online participation available

      Contact person: Associate Professor Jamie Sisson 

       

      Apply now

    • Neurodiversity-affirming practices in curriculum design: What can we learn from South Australian workplaces? minus-thick plus-thick

      Project Summary:The project explores neurodiversity-affirming practices in South Australian organisations that have been identified by the Office for Autism as modelling best practice in the workplace.
      The goal of the project is to identify strategies that can inform curriculum design in university courses, so that neurodivergent students are supported, and all students (both neurodivergent and neurotypical) learn to work in an environment that affirms and values neurodiversity as an asset. In other words, practices implemented in external organisations will serve as models for designing neurodiversity-affirming curriculum and learning activities in university courses (e.g. group projects).
      Project data includes policy documents and other information provided by organisations, as well as interviews with members of the organisation. Project outcomes include guidelines for curriculum design and resources for the professional development of teaching staff, as well as academic publications.
      The student-researcher may be asked to support with academic literature review related to the project as well as with data collection and preliminary analysis, depending on their skills and interests.

      Study Mode: Remote/online participation available

      Contact Person: Antonella Strambi

      Apply now

    • Machines vs Minds: Testing GenAI’s Ability to Recognise Human Skills minus-thick plus-thick

       

      Project summary:

      At the Centre for Change and Complexity in Learning (C3L), we’re confronting a question that sits at the frontier of education and artificial intelligence: Can Generative Artificial Intelligence (GenAI) accurately identify and assess human skills such as leadership, critical thinking, empathy, and conflict resolution?

      As Artificial Intelligence (AI) rapidly automates routine and technical tasks, these deeply human capabilities are emerging as our last and most vital competitive edge. And yet, educators currently lack the tools to detect and nurture them effectively, particularly in real-world, collaborative problem-solving settings.
      We’ve developed a platform that uses conversational data to surface and analyse human skills in real time. This 8-week full-time research project invites you to join our team in evaluating GenAI’s ability to perform that same task and to benchmark it against human judgment.

      Your Role:
      You'll help annotate conversational transcripts for human skills using established educational frameworks, working alongside experienced researchers to produce a high-quality, human-coded benchmark. You’ll then evaluate GenAI’s performance on the same tasks by comparing its outputs to this benchmark. Using interrater agreement (IRA), Cohen’s kappa and t-tests, you’ll assess how closely the AI aligns with expert human judgment. For those inclined, there are opportunities to undertake data processing and analytics using AI tools.

      Why this matters:
      If GenAI can match or even approach human accuracy in recognising complex skills, it could revolutionise how we assess learning and support human development at scale. Your work will contribute to the early research shaping this future.

      What you will gain:
      Co-authorship on a peer-reviewed publication (pending results).
      Mentorship and networking with leading scholars in AI and education.
      A strong foundation for future Honours, Master's, or PhD pathways.
      If you're not content to sit on the sidelines of the AI revolution, this is your chance to get in the game.

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Andrew Zamecnik

      Apply now

    • Analysing Data About School Transformation minus-thick plus-thick

      Project Summary: My colleagues and I have been working with a large school in Sydney for the past 5 years. The project has entailed a professional development program for 300 staff across 4 campuses to become vision driven or in other words to question whether they are achieving what they aspire. Each year we conducted a school review to assess the impact of our professional development through qualitative (focus groups and classroom observations) and quantitative (surveys) methods. This project is an opportunity to learn how to code and analyse data for emergent themes that chart the journey of each of the four campuses.

      Study Mode: Remote/online participation available

      Contact Person: Associate Professor Nadeem Memon

      Apply now

    • Designing for Innovation: A Cross-National Analysis of Creativity in Curriculum Policy minus-thick plus-thick

       

      Project Summary: In 2021, I was part of the author list for Patston, T. J., Kaufman, J. C., Cropley, A. J., & Marrone, R. (2021). What is creativity in education? A qualitative study of international curricula. Journal of Advanced Academics, 32(2), 207-230.

      Our research (Marrone and Vieira) provides evidence that creativity is a transdisciplinary skill, and yet the bias remains that creativity is found predominantly in the arts.

      Given the current World Economic Forum 2025 jobs report, which lists creativity as an essential human skill, we would like to replicate the above paper and see how curricula across the globe has changed (or not). Part of this replication includes expanding the curriculum beyond English-only documents i.e., into Spanish, Portugese and Dutch. We need a vacation scholarship to help us check the curriculum.

       

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Rebecca Marrone

       

      Apply now

    • Multilingual and multicultural pre-service teachers - recruitment, engagement and retention minus-thick plus-thick

       

      Project Summary: Much contemporary educational research notes an increase in the diversity of linguistic and cultural backgrounds represented in school student cohorts across Australia. Observations have been made that teacher workforces do not reflect the same linguistic and cultural backgrounds as students.

      At a time when there is an increasing need to recruit and retain teachers from diverse backgrounds, little is known about the linguistic and cultural diversity amongst pre-service teachers in Australian teacher education. The aim of this research project is to understand how multilingual and multicultural pre-service teachers are recruited, engaged and retained in initial teacher education programs in Australia. The multilingual and multicultural pre-service teachers in focus in this project include both local and international students, who bring different sets of experience, languages and knowledges to teaching.

      Research Questions: 
      * Who are the multilingual students in teacher education programs? 
      * What are the experiences of these pre-service teachers in course work and placement? 
      * How is a multilingual stance developed through teacher education programs? 
      * How can recruitment, engagement and retention of these pre-service teachers be improved across all curriculum areas? 

      Potential research activities:
      * Examine relevant literature in languages you know
      * Analyse numerical data on teachers in training
      * Analyse multilingual content and perspectives in UniSA education courses
      * Assist with focus group discussions, particularly using your multilingual skills
      * Process and analyse data from questionnaires or focus group discussions
      … and we are keen to negotiate around your ideas and multilingual expertise

      Mode of Study: This project has the option for remote/online participation.

      Contact people: Dr Mei French

      Apply now

    • Numeracy across the curriculum minus-thick plus-thick

      Project Summary: This study analyses the inherent complexity of how numeracy is conceptualised and implemented across different learning areas within the Australian curriculum framework for Years 7-10. Whilst the general capabilities section provides an overarching definition of numeracy, each of the eight learning areas contains discipline-specific numeracy statements and summary statements detailing their contribution to mathematical understanding across subjects.
      As part of this project you will contribute to investigating the relationship between mathematics as a discrete subject and numeracy as a cross-curricular capability, with particular focus on secondary school implementation contexts. The role will involve supporting analysis of curriculum materials and contributing to understanding variations in how learning areas interpret and apply numeracy concepts

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact person: Associate Professor Lisa O'Keeffe

      Apply now

    • Enhancing international students' experience for collective flourishing: A whole-community approach minus-thick plus-thick

       

      Project Summary: This project explores a whole-community approach to promoting international student wellbeing as a means to foster collective flourishing in Australia. Drawing on both sociological and psychological lenses, it engages with three key concepts: wellbeing, resilience, and community engagement. The project has collected both quantitative and qualitative data from five sources: (1) large-scale official panel data on international student numbers and experiences; (2) cross-sectional survey responses from 1,367 international students in South Australia; (3) focus group interviews with 16 international students; (4) individual interviews with 9 community members; and (5) longitudinal survey data (collected over seven weeks) and follow-up interviews with Master of Teaching international students at UniSA.

      Co-led by Associate Professor Michael Mu and Dr Hannah Soong, the project has supported previous VRS scholars in conducting literature reviews, analysing research data, and using tools such as EndNote and NVivo—culminating in the submission of two manuscripts to top journals in the field. The project has also gained wide public visibility, having been featured in major international and national media outlets such as ABC and Times Higher Education, with one VRS scholar interviewed by ABC.

      Michael and Hannah now invite VRS scholars to join their project and engage in: (1) information retrieval and review (e.g., mapping national and state-level resources, programs, and services that support international students; collecting, organising, and reviewing relevant scholarly literature); (2) quantitative and qualitative data analysis; (3) research skills development (e.g., Nvivo for qualitative data analysis, SPSS for quantitative data analysis, academic databases for retrieving scholarly literature, EndNote for write-and-cite); (4) academic writing with co-authoring opportunities; and (5) connecting with and receiving mentorship from current doctoral students.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact person: Associate Professor Michael Mu & Dr Hannah Soong

       

      Apply now

    • Leading inclusive change for students with disabilities: the case of NCCD podcasts minus-thick plus-thick

       

      Project Summary:Despite the advocacy of inclusive education at a global policy level, students remain systemically excluded, encountering challenges in schools across each of these pillars. Educators continue to struggle to ensure all learners are attending and their needs are met in their mainstream neighbourhood schools. Aligned with UniSA’s strategic priority 4, ‘Shaping a better world together’, the aim of this project is to identify practices that educators can employ to include students with disabilities ensuring their presence, participation and achievement.
      The vacation research scholar will work closely with the research team to conduct a desk-based research coding and analysing NCCD podcasts offering support strategies for educators teaching students with various types of disabilities. The aim of this project is the production of an academic publication and in the spirit of research translation, key summary/ies of the identified enabling practices for educators.
      Research Team: Dr Foteini Pasenidou (UniSA), Dr Lia Tsermidou (University of Athens, Greece), Dr Kate Quane (UniSA)

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact person: Dr Foteini Pasenidou

       

      Apply now

    • Exploring the Effectiveness of GenAI in Higher Education minus-thick plus-thick

      Project Summary: The integration of GenAI in education is a rapidly evolving area with significant implications for teaching and learning. While AI-driven tools are increasingly being adopted, there is limited empirical research on their actual effectiveness, impact on student learning, and ethical considerations. This study aims to examine the effectiveness of Generative AI (GenAI) in Education by evaluating its impact on student learning, cognitive engagement, and academic performance. Specifically, this research project will aim to assess how AI-driven tools such as ChatMate enhance student experiences and their level of cognitive engagement while using these tools within a higher education context. The study will analyse empirical data of students' chat logs with the tool to identify their engagement, and also analyse survey data to investigate students' perceived engagement with the tool. Overall, the study seeks to provide empirical evidence on the benefits and challenges of GenAI adoption in university settings.

      Contact person: Dr Abhinava Barthakur

      Apply now

    • Creativity in AI-Supported Environments minus-thick plus-thick

      Project Summary: Are you curious about the relationship between AI and creativity? This is your chance to be part of a dynamic research project exploring how artificial intelligence can support the development of creativity in adolescents.
      As a summer scholar, you’ll work alongside leading educational researchers in Australia and abroad, contributing to a project at the forefront of innovation in learning and creativity. This is an exciting chance to gain experience in interdisciplinary research, build international connections, and contribute to a project that has real-world impact.
      You will play an important role in curating and analysing qualitative data collected from schools, including video recordings and other materials that capture students' creative engagement in AI-supported learning environments. Your work will contribute to innovative research that seeks to understand and enhance how young people think, create, and learn with AI.
      Ideal for students interested in creativity, learning sciences, psychology, or education, this scholarship will help you develop research skills while working in a supportive, future-focused team.

      Study Mode: Remote/online participation available

      Contact People: Maria Vieira & Professor Maarten de Laat

      Apply now

    • Student voice in Australian educational research, a systematic literature review minus-thick plus-thick

       

      Project Summary:This desk-based project involves a systematic literature review focused on the concept of student voice in Australian educational research. The study aims to critically examine how student voice has been conceptualised, captured and enabled in research across different educational settings and levels. By analysing peer-reviewed journal articles, the review will identify dominant themes, gaps and methodological trends in the field. The project seeks to provide a comprehensive overview of current knowledge and inform future research and practice by highlighting how student perspectives are valued and captured within Australian educational research.
      The vacation research scholar will work closely with Dr Foteini Pasenidou to conduct a systematic literature review coding and analysing peer-reviewed journal articles to explore how students’ right to be heard is currently understood and how it can be meaningfully realised in educational research. Outcomes of the project may contribute to an academic publication and/or report, as well as creative dissemination methods such as visual posters.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact person: Dr Foteini Pasenidou 

       

      Apply now

    • The regional education experience – a collegial approach to student services minus-thick plus-thick

       

      Project Summary: This project will explore the role[s] of collegial academic-professional staff relationships in supporting the regional student experience. The Vacation Research Scholar [VRS] will collaborate with regional staff to conduct a literature review of the topic, design a research proposal, and work towards preparing an ethics application. The VRS will be supported by an Education Futures academic and Student Support and Project Officer [professional staff member] throughout eight weeks of the vacation period.

      Our regional campus in Whyalla encompasses a diverse geographic and contextual footprint across the Eyre Peninsula of South Australia. The regional student cohort are representative of equity groups, including, first-in-family, low-socio economic, non-school age, students with disabilities, and Indigenous students. Attending internal classes, actively engaging in campus activities, connecting with peers and local staff builds genuine and reciprocated relationships that promote and enhance learning. As an academic-professional team, we depend upon each other’s knowledge, skills and expertise, and our on-campus proximity, to support our students to be successful. Our collegial approach is commonly instigated, establishing connections early in our regional students’ academic journey, which is continued throughout their student lifecycle. Through this collaborative method, we provide timely responses to students, along with a certainty of follow up for both academic and systematic enquiries. This is a team effort, built on a respectful professional relationship and genuine collaboration. Our personal commitment to supporting the students, and each other, embraces the joys and challenges of learning and campus life.

      MODE OF STUDY: This project has the option for remote/online participation.

      Contact person: Sharron Jones (Whyalla Campus)

      Apply now

       

       

    • Does School Size Matter? A continued exploration of small Australian schools minus-thick plus-thick

       

      Project Summary:Approximately thirty percent of all Australian schools have a student population of fewer than 200 students, resulting in classes that have multiple year levels. Students attending small schools are diverse, not only in their geographical location and socio-economic status but in other aspects as well, including cultural and linguistic backgrounds, and disability. The Curious Case of Small Schools project seeks to unearth the complexities of small schools across Australia. This project aims to gain deeper insights into small Australian Schools. Potential VRS students could explore data around student attendance rates, index of social disadvantage, historical changes of student numbers at particular sites and geographical relationships. The vacation scholarship can be involved in various components of the research, including using MySchool and ABS data to collate, organise, display Australian school population data over time and produce a summary of findings. It is anticipated that an outcome of the VRS project will be a journal article and conference presentation(s).

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Kate Quane & Dr Bec Neill 

       

      Apply now

    • Exploring the use of Universal Design for Learning in Mathematics Education minus-thick plus-thick

       

      Project Summary: Universal Design for Learning (UDL) is seen to be widely adopted as a framework for accessibility in inclusive education environments (CAST, 2024). The use of UDL to teach mathematics in inclusive settings is a progressive approach that aims to accommodate the diverse needs of all students, not just students with disabilities (Craig et al., 2023). As a Vacation Research Scholarship student, you will have the opportunity to work on an exploratory research project. The project has two key aims:
      1. To identify examples of success in implementing UDL in mathematics classrooms.
      2. To develop illustrations of practice that demonstrate how UDL principles can be
      embedded into mathematics teaching.
      We hope to highlight the transformative potential of UDL in creating inclusive mathematics classrooms thus promoting just and equitable access to mathematics for all. The project aims to generate practical insights that can guide professional learning, curriculum design, and policy development aimed at strengthening inclusive mathematics instruction. The vacation scholarship can be involved in various components of the research, including conducting a literature review, translating research into practical advice for teachers, and create illustrations of practice. It is anticipated that an outcome of the VRS project will be a journal article and conference presentation(s).

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Kate Quane

       

      Apply now

    • Critical studies of digital education platforms: investigations into a) parental experiences and b) school discipline minus-thick plus-thick

      Project Summary: I am seeking a Vacation Research Scholar to support me with a range of research activities related to my research on digital education platforms. This research is focussed on two areas, a) parental experiences with education platforms, and b) the ways education platforms are implicated in school discipline processes and practices. Vacation scholars will have an opportunity to work with both local and international experienced researchers who are involved with this research. Possible research activities include:
      • Qualitative data analysis
      • Drafting an ethics application
      • Desk-based inquiry into national & international parent groups & organisations
      • Developing & managing an Endnote library
      • Study participant recruitment
      • Internet-based documentary data collection (policies)
      • Drafting interview protocols

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Jamie Manolev

       

      Apply now

    • Balance Beyond Metrics: (Re)framing Student Well-being Measurement minus-thick plus-thick

      Project Summary: This project will involve the undergraduate student in the practical translation of the PEM (Physical, Environmental, Mental/Emotional) Model for student well-being into school contexts. The PEM Model offers a complexity-informed, relational framework that addresses current limitations in fragmented and deficit-based approaches to well-being in education. The student will contribute to this innovative work by supporting its application in real-world educational settings.

      Under supervision, the student will assist in the co-design and development of professional learning materials for teachers, helping translate complex theoretical concepts into accessible, practice-oriented formats. This will include contributing to the design and functionality of a web-based platform that hosts the model and associated resources for school use. Their role will also involve engaging in collaborative planning for teacher professional development (PD), ensuring that materials are contextually relevant and responsive to educator needs.

      In addition to supporting translation efforts, the student may also have the opportunity to assist with early-phase data analysis related to pilot implementations. This includes tasks such as data cleaning, coding, and conducting basic analyses to inform ongoing refinement of the model and resources. The student will gain insight into applied research practices, from stakeholder engagement to dissemination of findings, including potential contributions to conference presentations or reports.

      This project provides a mentored introduction to interdisciplinary, impact-focused research and translational practice. It supports the student's development in educational research, design thinking, communication, and digital literacy. Aligned with UniSA’s commitment to research career development, the initiative supports strategic priorities within the Centre for Change and Complexity in Learning (C3L) and the Education Futures Academic Unit, particularly the focus on well-being, public health, and systems transformation in education. By involving a student in this high-impact work, the project fosters capacity-building and supports the future research pipeline in education and well-being.

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Claire Murray 

      Apply now

    • Children's Literacies for Active Global Citizenship minus-thick plus-thick

      Project Summary: The project will involve the vacation scholar in conducting an integrative literature review on children’s perspectives and experiences of literacies they use to participate as active global citizens (AGC). The scholar will work with the project's international research team to search, collate, analyse and synthesise the review’s findings, from which a child-voiced framework of AGC literacies will be developed and integrated into the team’s existing AGC Literacies Framework.

      Professor Pauline Harris and her research team will support and mentor this work and the scholar will become part of the research team for the duration of the scholarship. The review will lead to co-authorship of a journal article with the research team and vacation scholar.

      This project will advance new and much needed knowledge about literacies and related educational practices that enable young children’s participation as global citizens to build a better, more just world. For the vacation scholar, their research capacity will be enhanced in relation to conducting integrative literature reviews and working remotely with a renowned international research team spanning Australia, New Zealand, U.K. and U.S.A.

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Professor Pauline Harris

      Apply now

    • Building transnational communities through writing for authentic audiences minus-thick plus-thick

      Project Summary: In this project primary school age children in two schools – one in South Australia and one in Wyoming, United States will be invited to write and create texts that tell stories about their own lives and the lives of people near to them. Project leads, Dr Jill Colton (UniSA) and Professor Cindy Brock (University of Wyoming) will support one teacher in each of their locales to engage children in telling stories through the composition and production of written and multimodal texts. These texts will be shared with children from the other school through a shared platform. The project aims to explore how children engage in writing for authentic audiences, as they compose and share with peers in another place. The activity will be studied as an opportunity for developing writerly identities and transnational communities through the sharing of stories. As part of the project a review of literature about children and writing will be conducted with a focus on: writing identities, writing for pleasure, writing for authentic audiences and writing engagement in primary school. This project will contribute to knowledge about writing instruction in primary school contexts, and the recent work conducted in the UK and Australia that investigates children’s engagement in writing.

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Jill Colton

      Apply now

  • criminal-mugshot-prisoner Justice & Society minus-thin plus-thin

    In addition to the list of projects below, the following staff are willing to accept vacation students. Please contact them directly to discuss possible project opportunities.

    Dr Alex Chatburn: Sleep, Memory, EEG 

    Dr Kerrilee Lockyer: The persuasive language of social media influencers; the linguistics of scamming activities in both digital and non-digital contexts; student and staff representation in university governance processes

    Professor Ina Bornkessel-Schlesewsky: Language processing, music processing, lifespan and individual differences, methods: EEG and eye-tracking. (Projects in other areas can be considered by negotiation

    Lisa Cooper: Criminal Law; Sentencing; Media Law (Defamation and Suppression Orders); Artificial Intelligence

    Dr Amir Sheikhan: A range of topics in the broad areas of pragmatics and discourse analysis in both face-to-face and digital or digitally mediated contexts, including:

    • The pragmatics of social interaction
    • Negotiating meaning in interaction
    • Conversational humour
    • Politeness, impoliteness, and offence
    • Initial interactions
    • Intercultural communication

    Justice & Society

    • Impact of Circadian Misalignment on Women minus-thick plus-thick

      Project summary: Circadian misalignment, when biological rhythms are out of sync with environmental or behavioral cycles, has emerged as a critical factor in health and disease. While its effects have been extensively studied in men, research into its impact on women remains limited, despite growing evidence of sex-specific vulnerabilities. This project will consist of a   literature review which aims to synthesize current findings on circadian disruption in women, with a particular focus on those engaged in shift work. Women comprise a substantial portion of the global shift working workforce, spanning healthcare, emergency services, manufacturing, and hospitality. These roles often require irregular hours, night shifts, and rotating schedules, all of which challenge the body’s natural circadian rhythm. The review will explore how such misalignment affects reproductive health, metabolic function, mental well-being, and chronic disease risk in women.

      In an era where female participation in shift-based careers is rising, understanding and mitigating the health consequences of circadian disruption is not only timely, but also essential.

      Study Mode: Remote/online participation option available

      Contact people: Dr Crystal Yates & Dr Linda Grosser

       

      Apply now

    • Deaf Developmental Trauma and EMDR Treatment Trial minus-thick plus-thick

       

      Project summary: Deaf Trauma is trauma specifically related to deafness. Deaf Trauma typically involves six key areas experienced by young Deaf individuals:  language deprivation, communication barriers, inadequate social interaction, educational delays, insufficient parental bonding, and identity conflict as a result of varying communication methodologies imposed upon the deaf child. Trauma often continues into adulthood. EMDR (Eye Movement Desensitization and Reprocessing) is an evidence-based treatment for trauma. EMDR may be ideally suited for use with the Deaf populations due to its somatic focus.

      The Vacation Research Scholarship offered will involve completing a literature review involving Deaf Trauma (basic information from the USA and special information from Australia) as well as the use of EMDR for trauma (focusing upon Australian resources but citing key USA research … possibly with a special focus on disability and EMDR variations). Specific information regarding psychological treatment variations involving the Deaf will be reviewed as well (especially EMDR).

      It is hoped that the literature review will serve as the basis for a research trial of EMDR for Deaf Trauma and an ethics submission for same.

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Nadine Pelling

      (Nadine is hard of hearing. The project will involve contact with Deaf community members and when needed an Auslan interpreter will be provided. The main contact for Nadine with the Deaf community is Dr Donovan Cresdee).

      Apply now

    • Delirium in late life: cognitive neuroscientific and rehabilitation approaches minus-thick plus-thick

       

      Project summary: Delirium is a common Neurocognitive Disorder in hospitalised older adults. It is associated with a range of poor outcomes, including a 5-fold increased risk of dementia. Vacation Scholars would be embedded within two funded delirium projects; students can focus on one project or work across the two.

      1. Neurophysiological indices of delirium risk. We are currently running a large study, collecting EEG and delirium data, funded by the NHMRC. This would suit a student interested in cognitive neuroscience, clinical neuropsychology, or data science.
      2. Co-producing a delirium rehabilitation intervention. We are currently developing a multidisciplinary lifestyle intervention for those who have experienced in-hospital delirium, funded by The Hospital Research Foundation. This would suit a student interested in health or clinical psychology, behaviour change, or allied health science.

      Students are also welcome to get in touch to discuss other possibilities in the field of cognitive ageing and cognitive impairments in late life. Regardless, please get in touch before applying for further information. 

      Contact person: Professor Hannah Keage

       

      Apply now

    • Language and Interactional Trouble in Australian Digital Communication minus-thick plus-thick

      Project summary: Language plays a central role in how we participate in and manage social life. Through everyday talk, people negotiate meaning and manage relationships. In digital communication, where contextual cues are limited, differently structured, or where interaction may be observed by (un)intended audiences, the management of meaning and social relationships can become particularly complex.

      This project investigates how people navigate interactional trouble in digital contexts. Drawing on principles from interactional pragmatics and discourse analysis, it explores moments where communication breaks down or becomes sensitive – for example, when intentions are misunderstood, offence is taken, responses are misaligned, or moral judgements are implied or contested. The focus is on digital contexts, including private messaging apps, social media comment threads, and online or media-based video content (e.g., YouTube, Instagram, TikTok, or streaming platforms). The student may analyse conversational trouble within chat exchanges, video-based interactions (e.g., reality shows or viral videos), or public comments where users negotiate meaning and manage social relationships through language.

      This project is ideal for students with an interest in language and social interaction and applied linguistics, particularly those keen to develop foundational knowledge in pragmatics. The successful candidate will engage in hands-on research by identifying, selecting, and analysing real examples of interactional trouble in digital contexts. Through this project, the student will gain practical experience in data collection, transcription, and qualitative analysis, while deepening their understanding of key theoretical concepts in pragmatics and applied linguistics. They will benefit from close supervision and tailored support to strengthen their theoretical and analytical skills. This opportunity also provides a strong foundation for future Honours, Masters, or PhD research, and may lead to longer-term collaboration.

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Amir Sheikhan

      Apply now

    • EEG-based predictors of sleep need minus-thick plus-thick

       

      Project Summary: Although sleepiness is a daily experience, it is difficult to measure objectively, and harder still to measure using biomarkers, such as the signals derived from the EEG. This project seeks to acquire data to understand how best to measure sleepiness via the EEG, and will involve collecting data from participants in both well-rested and sleep-restricted states, while they undertake behavioural tasks to measure their cognitive functioning, as well as several nap bouts to measure how quickly they fall asleep.

      The successful applicant will be responsible for EEG setups, maintaining signal quality on these, and undertaking data collection. Analysis of this data is possible, time permitting.

      Contact person: Dr Alex Chatburn 

       

      Apply now

    • Can bringing academic skills and PASS into the class foster greater first-year student confidence and belonging? minus-thick plus-thick

       

      Project Summary:Over the past two years, we have been evaluating the impacts of extended transition support for first year students through embedding academic skills in first year curricula delivered with the support of PASS leaders. This year we have run the initiative across three courses from diverse disciplines within UniSA and have collected data on student confidence with academic skills, sense of belonging, and also conducted interviews with key stakeholders. The vacation research scholar would support the evaluation of this initiative through transcribing interview data, identifying and summarising key themes and outcomes, and contributing to the preparation of conference presentations and/or publications pertaining to the outcomes of this project.

      Study Mode: Remote/online participation option available

      Contact Person: Associate Professor Elissa Pearson

      Apply now

    • Astronauts' Mental Well-being minus-thick plus-thick

      Project summary:Literature suggests that astronauts' mental well-being is just as important as their physical condition, especially for long-term manned missions. Although plant cultivation is already strongly considered in closed-loop Life Support Systems (LSS) to fulfill the essential functions for human survival in space (such as atmosphere revitalization, water recovery, food production, and waste management), it is also suggested as a means of countering astronauts'
      psychological problems. This project proposes to study the psychological benefits of the presence of plants and their cultivation, to determine how they might be used to make it possible for humans to be in space for long periods, despite isolation, confinement, and prolonged separation from family and friends. The project will include a literature review, as well as the potential to develop evaluation tools (questionnaires, experimental tasks, measurements, methodology, etc.).

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Crystal Yates

       

      Apply now

    • An International Review of How Different Countries Address Work-related Psychosocial Risks minus-thick plus-thick

       

      Project summary: This project explores how countries around the world address work-related psychosocial hazards, which are the psychological and social aspects of work that can cause harm, such as excessive workload, poor social support, bullying, and harassment. There is a strong focus on understanding the role of national policy such as legislation and how they are applied in practice. By December, initial data collection will be underway, but there are exciting opportunities for students to:
      • Contribute to further data collection
      • Assist with data cleaning and organization
      • Help analyse quantitative and qualitative data
      • Conduct literature reviews
      • Be part of a major academic publication and/or international report

      This research is attracting strong interest from global policy agencies and aims to drive real-world change for healthier, safer workplaces. Students will gain hands-on experience in international research, policy analysis, and occupational health, making it an ideal opportunity for those interested in psychology, public health, sociology, law, or international relations.

      Mode of Study: This project has the option for remote/online participation.

      Contact person: Dr Rachael Potter

       

      Apply now

    • Benefits of Flexible Design Interfaces to manage Fatigue minus-thick plus-thick

      Project summary:This project explores the importance of developing a flexible design interface tailored to managing fatigue, particularly in high-demand environments. Fatigue impairs cognitive performance, increases error rates, and compromises safety. A responsive interface adapts to user workload, circadian rhythms, and task complexity which can support better decision-making. By integrating ergonomic principles, real-time feedback, and customizable features, such systems empower users to maintain alertness and efficiency. As modern work demands intensify, designing technology that actively mitigates fatigue is essential for enhancing productivity, and well-being in 24/7 environments. The potential vacation scholar may also work with the team to develop a questionnaire relating to people’s experiences using AR/VR technologies which is being introduced as an aid teams in the Military context. The BBB includes students as part of the team and they will be welcomed to participate in team meetings, professional development sessions and social activities. Students will learn about working on industry projects as part of a large team, and how to translate the research to real world contexts.

      Study Mode: Remote/online participation option available

      Contact people:  Dr Crystal Yates & Professor Siobhan Banks

       

      Apply now

    • Neural noise in human cognitive ageing and reserve minus-thick plus-thick

      Project summary:Cognitive decline is pervasive among older adults and can severely impact quality of life. Cognitive reserve is a powerful concept for explaining why some individuals are able to stay sharp of mind in their later years. However, we know very little about how cognitive reserve is implemented in the brain, thus limiting our ability to harness its power to promote healthy brain ageing. This project will use electroencephalography (EEG) to examine the effects of noise in the brain’s electrical activity (so-called neural noise) on cognitive performance and reserve in human ageing. The results will advance knowledge in cognitive ageing theory and provide the first empirical evidence linking neural noise to cognitive reserve. Benefits extend from developing neural markers for measuring cognitive reserve to new strategies for building resilience to age-related cognitive decline.

      Contact person: Dr Mitchell Goldsworthy

      Apply now

    • How are news items reframed and repurposed by ‘newsinfluencers’ on TikTok? minus-thick plus-thick

       

      Project summary: “Newsinfluencers” (Hurcombe, 2024) are content creators on social media sites who inform and entertain a growing number of adults who only get their news from these spaces (Stocking et al. 2024). The impact of these influencers have been recognized in recent elections across the democratic world including the United States and in Australia. Most research has tended to focus on social media sites like X, Instagram, Facebook and Youtube, with little attention given to newsinfluencers operating on TikTok.

      Over a 6 week period, this project will investigate the linguistic frames used by identified newsinfluencers and the responses to the content posted on TikTok. The public data will be collected and analyzed over a two week period. As appropriate, findings will be compiled into a report that may inform future policy development and communications.    

      Study Mode: Remote/Online participation option available

      Contact person: Dr Kerrilee Lockyer

       

      Apply now

    • How do AI chatbots provide ‘support’ for victims of scams? minus-thick plus-thick

      Project summary: This applied linguistic research focuses on the way AI chat bots discursively accomplish ‘support’ in response to questions around scams. The growing use of strategic language in scamming activities (Schaffer, 2012; Li, Chan & Ali, 2023) has contributed to a reported loss of AU$2.74 billion in Australia in 2023 (ACCC, 2024) and US$1.026 trillion internationally (GASA, 2024). While losses to scams have grown significantly in the last two years, the number of scams being reported to the ACCC and affiliated organizations has dropped (ACCC, 2024). It is reported that people experiencing scamming activities are turning to online communities (“Scams going unreported as victims turn to online communities”, 2022) and popular AI chatbots for support. AI chatbots could be prompted into providing support and detecting scams, however this requires a lot of user training (Prakash et al., 2024). This project aims to investigate how popular AI chatbots are responding to requests for support by scam victims.

      The project will run over 4 weeks and the research will be build on prior data collection of scam victims stories supplied to reddit and compare the discursive responses that AI chatbots give to the same posts. As appropriate, findings will be compiled into a report that may inform future policy development and communications.  

      Study Mode: Remote/Online participation option available

      Contact person: Dr Kerrilee Lockyer

       

      Apply now

    • Exploring the metaphors of disability used in the National Disability Insurance Scheme minus-thick plus-thick

      Project summary: The National Disability Insurance Scheme (NDIS) was established in 2013 to support Australians with disability to live with greater autonomy, inclusion, and dignity. However, ongoing tensions between policy language and participant experience raise questions about how disability is conceptualised within the scheme. Applied linguistics research has contributed to understanding how social policy can subtly shape, inclusion, identity, and access (Koller & Davidson, 2008; Davidson, 2013). This project will take a critical metaphor analysis approach to social policy analysis (Schön, 1979) to explore how relevant NDIS policy in Australia linguistically positions, people with disability.

      The project will run over six weeks and involve gathering relevant NDIS social policy, followed by a systematic metaphor analysis of the policy documents. As appropriate, findings will be compiled into a report that may inform future policy development and communications.

      Study Mode: Remote/Online participation option available

      Contact person: Dr Kerrilee Lockyer

       

      Apply now

  • buildings-city STEM minus-thin plus-thin

    In addition to the list of projects below, the following staff are willing to accept vacation students. Please contact them directly to discuss possible project opportunities.

    Dr Andrew Cunningham: Embodied AI Interaction, Data visualisation, Virtual reality, Augmented reality, Physicalisation and 3D printing, Human-robot interaction

    Dr Georg Grossmann: Digital health, GenAI and classic AI in health

    Dr Thilini Jayawickrama: Construction Management, Sustainable Construction, Innovative teaching and learning techniques 

    Professor Craig Priest: Microfluidics, Lab on a Chip Technology, Microfabrication, Sensing

    Dr Kevin Zheng Wang: Sustainable construction and project management.  Building operation and energy management

    STEM

    • Security solutions leveraging programmable control and data planes in software defined satellite networks (SDSN) minus-thick plus-thick

      Project summary:

      Network programmability allows for flexible and granular control of network devices in ways that can be leveraged to enhance network security. Traditionally achieved through programmable management and control planes (e.g., SDN controllers), recent developments are supporting programmability of network data planes through languages such as Programmable Protocol-independent Packet Processor (P4).

      This project will be undertaken within the context of a larger project investigating security solutions for Software Defined Satellite Networking (SDSN). Within this project, an SDN-based Space Systems Framework for Simulations (S3FS) has been developed to support the simulation of satellite networks including dynamic inter-satellite links (ISLs), based on the Walker Delta constellation and leveraging SDN for the control plane. S3FS also supports experimentation with novel routing approaches, implemented within the SDN controllers, and with dataset generation use-cases (e.g., generating benign and attack traffic for training IDS solutions).

      This project aims to extend S3FS by incorporating data plane programmability within the simulation framework and investigating security use-cases and solutions enabled by the deep programmability within S3FS and for SDSNs. The project is split into three key work packages: the first will incorporate bmv2 (behavioural model version 2) switches into S3FS and implement basic (i.e., L2 and L3 forwarding and ARP response) functions in P4; the second will implement deep network monitoring leveraging INT (in-band network telemetry) for specific security use-cases (e.g., to inform DDOS detection); the last work package will develop an IDS prototype leveraging INT, P4 and SDN.

      Project Duration: 8 weeks 

      Study Mode: Remote/online participation option available

      Contact Person: Dr Mamello Thinyane (Primary Contact) & Dr Yee Wei Law

      Apply now

    • Design and Evaluation of a Community Energy Hub in South Australia Using HOMER Grid minus-thick plus-thick

       

      Project Summary: South Australia is charging ahead with its bold goal of net 100% renewable electricity by 2027. With over half of homes (52.8%) already sporting rooftop solar, residents are clearly embracing clean energy to cut bills and gain independence. Batteries are now becoming more affordable thanks to government incentives, making solar-plus-storage setups more common.

      This project explores the concept of Community Energy Hubs—where neighbours share solar panels and batteries instead of operating individually. Such shared systems can unlock better utilisation of solar and storage assets, reduce costs, and provide stronger support to the grid. The project will investigate the design and performance of a Community Energy Hub—a shared rooftop PV and battery system serving multiple homes or buildings—compared to traditional individual PV-battery installations. The goal is to determine whether a shared system can deliver better economic outcomes, improved battery utilisation, lower emissions, and enhanced grid stability.

      Using HOMER Grid, an advanced simulation platform, the student will model scenarios such as individual PV-battery systems for each home versus a shared PV-battery system for a small community (e.g., 3–5 homes). The project will also incorporate electric vehicles (EVs) to evaluate their impact on load profiles and potential for flexible energy storage.

      By leveraging real solar irradiance data, local electricity tariffs, and current policy incentives, this project will provide practical insights into how South Australians can benefit from community energy hubs. This work aligns closely with South Australia’s renewable energy ambitions and offers valuable hands-on experience in energy system modelling for an Honours or final-year engineering student.

      Project Duration: 8 weeks 

      Contact people: Dr Vanika Sharma, Professor John Boland, Dr Lui Cirocco

      Apply now

    • Real-Time Data Bus for Adaptive Experimental Research minus-thick plus-thick

       

      Project Summary: As human-centred technologies become increasingly central to the future workforce, the ability to design systems that respond to human behaviour in real time is an emerging and in-demand skill. This project offers the opportunity to contribute to the development of a software architecture that enables adaptive research experiments by integrating real-time data streams into decision-making processes. 

      The system will allow research platforms to register and consume live data from sources such as sensors, questionnaires, and performance metrics. This data may then be used to influence experimental conditions dynamically. For example, if a participant’s cognitive load reaches a certain threshold, the system may automatically adjust task assignments or pacing to suit their capacity. The student will work within the Wearable Computer Lab at the Australian Research Centre for Interactive and Virtual Environments (IVE), joining a team with expertise in human-computer interaction and applied software engineering. The student will be involved in designing and implementing the system architecture, developing modular components for data publishing and consumption, and integrating the system into experimental workflows. 

      The project will expose the student to real-time systems, event-driven software design, and the practical challenges of building flexible infrastructure for research applications. It is particularly suited to students interested in system design, research technologies, or the application of computing to human-centred problems.

      Project Duration: 8 weeks

      Contact person: Dr James Baumeister

      Apply now

    • Smells Like Burnt Toast: Studying the Effects of Smell in Virtual Reality for Storytelling minus-thick plus-thick

      Project Summary:

      TImagine being able to smell a story while experiencing it, for example, walking through a rainforest, and becoming aware of the rain, trees, and wildlife while learning about the effects of deforestation. To explore this vision, this project seeks to understand the effects of emitting smell for immersive data storytelling, using a combination of virtual reality (VR) and digital scent technology. The student will work with an Olorama scent generator machine to program different smells to be triggered within the Unity Game Engine as the user progresses through an immersive data story. Students will be situated in the Australian Research Centre for Interactive and Virtual Environments (IVE) at Mawson Lakes, with access to state-of-the-art VR technology. They will learn how to program VR and olfactory experiences using the Unity Game Engine and Meta Quest head-mounted displays. The student will also conduct user studies within the centre to discover the scientific effects of smell upon recall and user engagement of data stories. 

      Project Duration: 8 weeks

      Contact Person: Dr Adam Drogemuller & Dr Andrew Cunningham & Radhika Jain

      Apply now

    • Developing Reliable Rating Curves for Torrens River Catchment through comparative study of Data Modelling and 2D-Hydraulic Modelling minus-thick plus-thick

       

      Project summary:

      The Australian Rainfall and Runoff (ARR) guides design-flood estimation in Australia using rainfall-based and streamflow-based methods. These methods involve rainfall-runoff routing and flood frequency analyses, both dependent on flow data derived from 'flow rating curves.' Any uncertainty in these curves impacts the reliability of flood estimates. Recent studies indicate that ARR methods often underperform in South Australia due to inaccuracies in rating curves and flow data (Kemp and Hewa 2018).

      This project aims to investigate the most appropriate methodology to improve the rating curve at a site of interest. The selected student will explore the power of data modelling techniques and 2D-hydraulic modelling in developing highly reliable rating curves by taking two-gauge stations within the Torrens River Catchment.

      By participating in this project, the student will gain hands-on experience in advanced hydrological modelling techniques, contribute to improving flood estimation accuracy in South Australia, and help enhance the overall effectiveness of the ARR guidelines. This project provides a unique opportunity to address critical issues in hydrology and flood management, potentially leading to publishable outcomes and significant contributions to the field. We are seeking a motivated and diligent intern with a background in civil engineering, hydrology, or a related field to join our team and help drive this important research forward.

      Project Duration: 8 weeks 

      Contact person: Dr Guna Hewa & Chamaka Karunanayake 

       

      Apply now

    • Calibration of GPR to predict soil properties minus-thick plus-thick

       

      Project Summary: A Ground Penetrating Radar (GPR) system was developed in UniSA. For the GPR to be useful in predicting soil properties such as moisture content or density, the collected response requires calibration against test data. This project runs GPR tests on a wide range of soils with varying conditions and collects data to calibrate different available equations to evaluate different soil properties.

      Project Duration: 8 weeks

      Contact person: Dr Rajibul Karim

       

      Apply now

    • Ecotoxicity testing for a novel soil remediation method minus-thick plus-thick

       

      Project Summary: Childhood lead exposure harms intellectual development of children by causing neurological problems, such as, attention deficit hyperactivity disorder (ADHD) and lowering of IQ. Many Australian communities are battling with lead exposure from current mining/smelting activities, such as Port Pirie, Broken Hill, Mt Isa and an effective remediation strategy will not only reduce childhood health burden, but also reduce the toxicity load on the environment.

      Research at University of South Australia has identified a new soil treatment approach, “Jarosite Treatment”, that may reduce childhood lead exposure by over 90%. During treatment, lead becomes locked up into insoluble, harmless minerals and can no longer be absorbed, a process known as “Lead Immobilization”.

      At UniSA, a pilot-scale trial of lead immobilization is currently underway to assess the effectiveness of the strategy. The treated soils was further amended with organic matter and biochar to increase carbon content and soil fertility.

      The project will assess ecotoxicity of the compost and biochar amended soil using earthworms and native Australian grass species.

      Project Duration: 8 weeks

      Contact person: Dr Farzana Kastury 

       

      Apply now

    • Towards 6G networks: Leveraging software-defined radio for integrated sensing and communication minus-thick plus-thick

      Project Summary: Integrated sensing and communication (ISAC) refers to the novel paradigm of using the shared hardware and spectral resources for simultaneous sensing and communication. For the benefits ISAC provides, it is considered an enabler for sixth-generation (6G) networks, including space-air-ground integrated networks. The aim of this project is to work towards building an ISAC system prototype using Universal Software Radio Peripherals (USRPs), which are software-defined radios (SDRs) made by National Instruments.

      The prototype will be a monostatic system consisting of a transmitter and a co-located receiver, using orthogonal frequency division multiplexing (OFDM) signals for joint radar and communication. For radar functions, a delay-Doppler estimation algorithm is to be implemented, with the dynamic mode decomposition algorithm considered to be the preferred option; see https://doi.org/10.1109/LWC.2025.3562511. The scholar will not only learn about relevant signal processing theory, but also acquire highly in-demand SDR programming skills. To qualify for the scholarship, the applicant is expected to have basic knowledge in signal processing and proficiency in programming.

      The scholar will work with researchers from Adelaide University, Optus, as well as the Defence Science and Technology Group, in a supportive environment. The project will be conducted in the Defence and Space lab of Building W in Mawson Lakes. As such, Australian citizenship is required.

      Project Duration: 8 weeks

      Contact person: Dr Yee Wei Law (Primary Contact) & Mamello Thinyane, Ronald Mulinde

       

      Apply now

    • The extent of sustainability education integration in higher education for construction minus-thick plus-thick

       

      Project summary: Higher education can significantly promote sustainability through the effective integration of sustainability education into curricula. It is paramount in construction education, given the adverse environmental impacts of construction. Jayawickrama (2014) evaluated the level of sustainability integration in accredited construction management degree programs worldwide and found that nearly half of the programs studied lacked sustainability modules. Shanika et al. (2023) found gaps in curricula where most construction professionals gained sustainability education through practice rather than formal education. The United Nations Decade of Education for Sustainable Development (2005-2014) aimed to integrate sustainability practices into all levels of education. Zamora-Polo & Sánchez-Martín (2019) claim that sustainability integration in education has undergone a relevant change in past years. This project aims to evaluate the current inclusion of sustainability education in accredited Construction Management degree programs. The relevant program details and sustainability-related module delivery will be examined to evaluate the level of sustainability integration in the curricula. A representative sample of program leaders will be surveyed to identify the enablers and barriers in the integration of sustainability education. The study will provide insights into the progress made and gaps in integrating sustainability into construction education. 

      References

      Jayawickrama, T. S. (2014) Incorporation of sustainable development in the curricula of construction management degree courses. In A. Okeil (Ed.) Proceedings of the CIB-MENA 2014 Conference (pp. 727- 734). United Arab Emirates: CIB Middle East and North Africa Research Network (CIB-MENA).

      Shanika, V. G., Jayawickrama, T. S., & Perera, B. A. K. S. (2023). The Adaptability of Sustainability Education in Quantity Surveying Degree Programs in Sri Lanka: The Industry Perception. International Journal of Construction Education and Research, 19(3), 299–320. https://doi.org/10.1080/15578771.2022.2100017

      Zamora-Polo, F., & Sánchez-Martín, J. (2019). Teaching for a better world. Sustainability and Sustainable Development Goals in the construction of a change-maker university. Sustainability (Switzerland), 11(15). https://doi.org/10.3390/su11154224

      Proejct Duration: 8 weeks

      Study Mode: Remote/online participation option available

      Contact person: Dr Thilini Jayawickrama

       

      Apply now

    • Recycled polyethylene for pellet 3D printing minus-thick plus-thick

       

      Project summary: This research project offers undergraduate students a unique opportunity to contribute to sustainable manufacturing by exploring the use of recycled polyethylene (PE) as a feedstock for pellet 3D printing. As plastic waste continues to be a global environmental challenge, finding innovative ways to re-purpose these materials is crucial. While traditional 3D printing often relies on virgin plastic filaments, pellet 3D printing offers significant advantages, including lower material costs, faster print speeds, and the ability to utilise a wider variety of materials, including recycled polymers directly. This project will investigate the feasibility, processing, and material characterisation of recycled PE to produce functional 3D printed objects, contributing to a more circular economy.

      The primary goal of this project is to develop and evaluate the process of utilising recycled PE for pellet 3D printing. Specific objectives include:

      - Material preparation and palletisation

      Investigate methods for cleaning, sorting, and processing collected recycled PE waste into uniform pellets suitable for extrusion.

      - Extrusion process optimisation

      Explore optimal extrusion parameters (temperature, speed, pressure) for melting and extruding recycled PE into a stable, consistent stream for 3D printing.

      - 3D printing parameter development

      Develop and refine 3D printing parameters (layer height, infill density, print speed, nozzle temperature) to achieve good print quality and structural integrity using recycled PE pellets.

      - Material characterization

      Conduct mechanical and thermal analyses on the recycled PE material and the resulting 3D printed parts to assess their properties and compare them to virgin PE.

      - Prototyping and evaluation: Print various test geometries and simple functional prototypes to demonstrate the capabilities and limitations of recycled PE in pellet 3D printing.

      Project Duration: 8 weeks 

      Contact person: Dr Jing Zhang

      Apply now

    • Future food: the nutritional status of seafood under climate change minus-thick plus-thick

       

      Project Summary: Seafood is a vital source of nutrition for millions of people globally, providing essential micronutrients, fatty acids, and protein. However, the nutritional quality of fish and other marine organisms is not static, rather it is shaped by environmental conditions that are increasingly disrupted by climate change. Ocean warming and marine heatwave events, in particular, are altering the physiology, growth, and biochemical composition of aquatic species, with potential consequences for food security and human health.

      This project aims to assess the current nutritional status of key fish and seafood species, and investigate how this may change under future climate scenarios of prolonged warming or short-term marine heatwave events. By considering ecological, physiological, and biochemical data, we will identify patterns and drivers of nutritional change and consider the implications for ecosystem services and human societies that depend on seafood as a dietary staple.

      The project would suit students interested in marine ecology, environmental change, food systems, or public health who are considering undertaking Honours or Masters research. The successful student will gain experience in data searching, extraction, and synthesis, along with scientific writing. The project will be conducted in collaboration with international colleagues, offering the opportunity to gain experience and skills associated with working in a diverse research team. Outcomes of this project will contribute to a better understanding of how climate change may impact marine species and seafood security in a future ocean. 

      Project Duration: 8 weeks 

      Study Mode: online/remote participation option available

      Contact person: Dr Laura Falkenberg

       

      Apply now

    • Ethical Professionalism: A values focus minus-thick plus-thick

       

      Project summary: Information Technologies (IT) permeate every walk of life and have brought changes that cause harm to some, while benefitting others. This scholarship of teaching and learning (SoTL) project will validate and apply Dr Fernando’s conversation cards in learning contexts across STEM programs to support students in articulating value tensions during their university study and in their future professions.  This project will extend the work of the above SoTL project. It may entail any research task from comparison and contrast of literature through to analysis of data and establishing preliminary findings.

      Project Duration: 8 weeks 

      Contact person: Dr Kirsten Wahlstrom

       

      Apply now

       

    • A Gamified Simulation to Unlock Cross-Sector Interoperability in Infrastructure System minus-thick plus-thick

       

      Project Summary: Australia’s water sector is increasingly interdependent with other critical systems such as energy, transport, waste, and finance. However, planning and operational decisions within these systems remain largely siloed, leading to inefficiencies, misaligned investments, and increased financial and environmental risks. This project proposes the design and development of a gamified, multi-user simulation that involve participants in a realistic infrastructure planning scenario. Players will take on the roles of different stakeholders and explore the contrasting outcomes of siloed vs interoperable decision-making. This simulation will be used in industrial workshops settings to help policymakers and planners understand the cascading effects of infrastructure decisions and how adopting interoperability at both technical and organizational level can lead to more resilient and efficient systems.

      Outcomes of the project include

      • Develop a digital gamified simulation that models interdependent infrastructure systems with a focus on water, energy, and urban development.
      • Enable role-playing functionality where multiple users can assume stakeholder personas (e.g., local council, utility, household, developer, energy provider).
      • Implement two simulation modes:
        • Siloed Mode: Stakeholders make independent decisions with limited system awareness.
        • Interoperable Mode: Stakeholders experience shared data, interoperable digital twins, and collaborative decision-making.

      A recorded demo showing how the simulation works

      Project Duration: 8 weeks

      Contact person: Dr Karamjit Kaur & Professor Markus Stumptner

       

      Apply now

    • TimberAI: Detecting Wood Defects with Machine Learning minus-thick plus-thick

       

      Project Summary: Timber defects such as cracks, knots, and warping can significantly impact the quality and value of wood products. Traditionally, detecting these defects has relied on manual inspection or simple rule-based systems, which can be time-consuming, subjective, and prone to errors.

      In this project, students will apply Artificial Intelligence (AI) to automatically detect defects in timber using real-world data. Students will use a large dataset of mechanical wood testing results provided by UniSA STEM to train and evaluate machine learning models. The goal is to demonstrate how AI can improve the speed and accuracy of defect detection, helping the timber industry produce higher-quality products and reduce waste.

      The project will involve the following steps-

      *Understand the Dataset: Explore and clean the mechanical wood testing dataset provided by UniSA STEM. Understand the types of data available (e.g. images, strength readings, labels) and how they relate to timber defects.

      *Build and Train AI Models: Use machine learning or deep learning techniques (e.g. classification, regression, image analysis) to develop a model that can detect or predict defects in timber based on the dataset.

      *Evaluate Model Performance: Test the model using appropriate metrics (accuracy, precision, recall, etc.) and compare different algorithms to find the most effective approach.

      *Visualise and Present Results: Create a simple dashboard, visualisation, or report showing how well the AI system performs and how it could help improve timber quality control.

      Project Duration: 8 weeks

      Study Mode: Remote/online participation option available

      Contact person: Dr Karamjit Kaur & Associate Professor Georg Grossmann

       

      Apply now

       

    • Scaling Up a Drought-Resilient iHemp Industry for Australia’s Future Agriculture minus-thick plus-thick

      Project summary: As Australia faces increasing pressure from drought and carbon emissions, the development of a sustainable and drought-resilient hemp industry presents a promising opportunity for future agricultural transformation. This project explores the potential of industrial hemp as a multi-functional crop capable of supporting a circular economy through:

      • Wastewater-based irrigation, reducing dependence on freshwater resources;
      • Biomass utilization for bioenergy production from the plant’s outer fibres;
      • Construction applications using hemp hurds in concrete blocks;
      • Textile production using high-quality hemp fibres; and
      • Innovative technologies such as automated seedling, harvesting, and 3D printing for sustainable housing solutions.

      To ensure economic viability, it is critical to establish the right balance between resource inputs (e.g., wastewater availability, energy, land) and expected outputs (e.g., energy yield, construction materials, fibre). Without such optimization, individual enterprises may incur excessive costs and resource inefficiencies due to years of trial-and-error operations.

      This project aims to:

      • Collect and analyse industry data to identify viable business scales;
      • Develop cost-benefit and input-output models for sustainable hemp operations;
      • Quantify production thresholds and infrastructure requirements for efficient scaling;
      • Propose an integrated supply chain framework tailored to drought-resilient hemp farming.

      The outcomes will guide policy makers, investors, and industry stakeholders in making informed decisions that support the expansion of a hemp-based agricultural economy aligned with Australia’s environmental and economic priorities.

      Project Duration: 8 weeks 

      Contact Person: Dr Li Meng

      Apply now

    • Mathematical Modelling of Biological Tissues minus-thick plus-thick

       

      Project Summary:Tissue dynamics are central to developmental biology, cancer progression, and wound healing. Yet interpreting experimental data remains challenging. In this project, you will develop a mathematical model to investigate how cell-cell interactions, subcellular biological processes, and environmental conditions drive tissue-scale outcomes. You will use this mathematical model to explore key processes underpinning patterning in biological tissues, such as epithelial tissues, tumour spheroids, and colorectal crypts. Depending on your interests and background, the project may involve ODEs, PDEs, or agent-based models, along with analytical and numerical techniques from applied mathematics, Bayesian inference, or identifiability analysis. This project will offer you the opportunity to work on rich mathematical challenges and allow you to contribute to the vibrant interface of mathematics and biology.

      Project Duration: 8 weeks 

      Study Mode: Remote/online participation option available. 

      Contact person: Dr Ryan J. Murphy 

       

      Apply now

    • Improving radiation treatment of cancer with nanoparticles minus-thick plus-thick

       

      Project Summary:

      We are a dynamic and highly multidisciplinary research group strongly engaged with industry and radiation oncologists. We endeavor to improve radiotherapy treatment of cancer. Our team includes expertise in physics, chemistry and biology, using nanotechnology to augment radiobiological effects.

      By understanding radiation interactions with materials, measuring these interactions we develop intellectual property and industry impact aligned with discovery research.

      We have a range of project directions available depending on the skill set of the candidate, e.g. material synthesis, inorganic chemistry, polymer chemistry, analytical chemistry, radiation physics, molecular biology, cell biology, lateral flow / microfluidic devices.

      Project Duration: 4 -8 weeks 

      Contact person: Associate Professor Ivan Kempson

       

      Apply now

       

    • Assessing UN SDGs engagement in the construction industry through CSR Disclosures minus-thick plus-thick

       

      Project summary:The construction industry plays a critical role in shaping sustainable development outcomes due to its significant social, economic and environmental impacts. The aim of this research is to investigate how the construction industry engages with the United Nations Sustainable Development Goals (UNSDGs) through the assessment of Corporate Social Responsibility (CSR) reports. This project utilises the data from CSR reports from multinational construction companies that are publicly available. This research will adopt a qualitative content analysis approach, systematically coding CSR reports to assess how construction companies integrate SDG principles into their strategies, operations and stakeholder engagement process.

      Project Duration: 8 weeks

      Study Mode: Remote/online participation option available

      Contact person: Dr Udara Ranasinghe

       

      Apply now

    • Coherent acoustic sensing using specialty optical fibre minus-thick plus-thick

      Project summary: Optical fibres offer sensing along kilometre lengths without remote electrical power, making them attractive for acoustic undersea sensing, but currently lack the sensitivity required. This project will investigate a new approach based on speciality optical fibres fabricated in Adelaide that will enhance their sensitivity. You will have the opportunity to work within a well-supported team to develop the optics and optoelectronics , and signal analysis, to demonstrate this new approach.

      Project suitable for Australian citizens only.

      Project Duration: 8 weeks preferred

      Contact Person: Dr Stephen Warren-Smith

       

      Apply now

       

    • Additive Manufacturing of Dissolvable Valves for Autonomous Lab-on-a-Chip Sensors minus-thick plus-thick

      Project summary:This project aims to use additive manufacturing to create tiny devices that autonomously release chemical agents at controlled times to perform chemical or biological analyses or synthesis. Preliminary experiments will be carried out in the laboratory, but the end goal will be use by novice operators at remote locations. In this project, 3D-printed dissolvable films will be used as a release valve that is triggered at precise times to conduct multistep chemical processes. The results will be monitored by integrated optical or electrical analysis methods. The student will have access to advanced manufacturing capabilities at ANFF-SA, design chips, conduct laboratory experiments, and collaborate with UniSA researchers.

      Project Duration: 6 - 8 weeks 

      Contact Person: Professor Craig Priest 

      Apply now

    • Stochastic Calculus and Option Pricing A minus-thick plus-thick

       

      Project Summary: Students need to pick up stochastic calculus as part of this project. They will do a comparison as well as alternative pricing derivation of some option pricing models. The student for this project will work together with the student for the Stochastic Calculus and Option Pricing B to pick up the core Stochastic Calculus concepts but will price and model different options from the other project. Students need to have a D/HD grade in MATH 2030 Applied Probability (UniSA), or equivalent from other universities.

      Project Duration: 7 weeks

      Contact person: Dr Gerald Cheang

       

      Apply now

    • Stochastic Calculus and Option Pricing B minus-thick plus-thick

       

      Project Summary:Students need to pick up stochastic calculus as part of this project. They will do a comparison as well as alternative pricing derivation of some option pricing models. The student for this project will work together with the student for the Stochastic Calculus and Option Pricing A to pick up the core Stochastic Calculus concepts but will price and model different options from the other project. Students need to have a D/HD grade in MATH 2030 Applied Probability (UniSA), or equivalent from other universities.

      Project Duration: 7 weeks 

      Contact person: Dr Gerald Cheang

       

      Apply now

       

    • Modulation Classification for Communication Signals Using Machine Learning minus-thick plus-thick

       

      Project Summary: Information-bearing signals such as audio, image and data need to be modulated before they can be sent over long distances. Modulation classification refers to the identification of modulation type in communication signals. Communication signals are often subject to noise and channel impairments. This project aims to explore and implement modulation classification methods based on traditional approaches as well as machine learning algorithms. Publicly available datasets and simulated data will be used for verification and performance evaluation. The project will provide valuable hands-on experience with state-of-the-art machine learning algorithms and their application to communications signal processing. Domestic Applicants only. 

      Project Duration: 8 weeks 

      Contact person: Professor Kutluyil Dogancay

       

      Apply now

    • Games for Next-Generation 3D Displays minus-thick plus-thick

      Project summary:

      Create games for futuristic 3D displays and bring cutting-edge technology to life for everyone to experience. In this project, you’ll design and develop novel games for three state-of-the-art 3D displays that are rarely available outside research labs. Your work will showcase what these technologies can do—creating engaging experiences that anyone can walk up to and enjoy. Some of your games may also incorporate educational elements linked to UniSA.

      The displays you’ll be working with are:

      1. Looking Glass – a 32” glasses-free 3D display with natural hand interaction.
      2. Tilt Five – a glasses-based collaborative tabletop 3D display.
      3. Meta Quest 3 – a virtual reality headset with hand tracking.

      You’ll learn to use the Unity game engine, explore Human–Computer Interaction concepts, and develop your games in the collaborative environment of the Australian Research Centre for Interactive and Virtual Environments (IVE). You’ll be part of a community of researchers, postgraduate students, and engineers, working at the intersection of creative design, novel research, and public engagement.

      Project Duration: 8 weeks 

      Contact Person: Dr Andrew Cunningham

      Apply now

    • Real impact in digital health with intelligent analytics of health care data! minus-thick plus-thick

       

      Project summary: The DHICIL Lab in the Industrial AI Research Centre is working with external partners like the Rosemary Bryant AO Research Centre and SAHMRI on improving the outcome of patient care through data analysis. A patient in care is going through different states and care types and this is captured in different datasets (i.e., logs) that specifies start and end date of care, the type of care, diagnoses, etc. The goal of this project is to identify patterns of events with an emphasis on the diagnosis events. By identifying patterns, we might be able to identify clusters which can then be linked to outcome, for example, healthy or not so healthy outcomes. We aim to identify patterns that can be used as early predictors of outcomes.

      The approach can be divided into four phases: (1) Explore existing dataset and algorithms that have been applied in the past, (2) perform research on state-of-the-art, (3) apply sequence analysis tools, (4) create interactive visualisation, and (5) report on the outcomes.

      Project Duration: Up to 8 weeks

      Study Mode: Online/Remote participation available

      Contact person: Associate Professor Georg Grossmann & Dr Karamjit Kaur

       

      Apply now

    • Robotic AI Investigation and Demonstrator minus-thick plus-thick

       

      Project Summary: The student will investigate the capabilities of the latest multi-modal deep neural network models for robotics, in particular those suitable for embedded and edge applications, and build a demonstrator in a virtual environment. To start the student will identify candidate models, evaluate their capabilities, and determine the requirements for fine-tuning. They will then build a demonstrator of an appropriate candidate model in a virtual environment allowing users to interact with a virtual robot through text and possibly speech. The student will have the freedom to design their own task of interest for the demonstrator or implement one given by the supervising researcher.

      The student will be situated in the Industrial AI Research Centre with the AI and Software Engineering Group for which the demonstrator will form the basis to demonstrate a variety of AI research projects. We are looking for a motivated student who is interested in exploring and experimenting. You will need a good working knowledge of Python programming, but prior experience with neural network models, LLMs (large language models), and/or robotics is not a necessity.

      Project Duration: 8 weeks

      Contact person: Dr Matt Selway

       

       

      Apply now

    • Assessing dieback during the recent drought minus-thick plus-thick

       

      Project Summary: During 2024/25 South Australia experienced a severe drought causing widespread dieback in vegetation. However, neither the extent of dieback nor the species affected were documented. During this project you will study the extent of dieback during that drought using two approaches. The first will use about 50 records of plant dieback submitted on various online platforms with subsequent site visit to quantify the extent of the dieback. The second approach will revisit 4 transects in the Clare Valley that help document a 40% population decline in red stringybark.

      This project will provide a unique opportunity for the successful candidate to contribute towards addressing a key global challenge (forest dieback) and to work in a multi-disciplinary project team that is closely aligned with industry. Industry alignment is through the Stringybark Dieback Steering Committee, which includes members of several councils, landscape boards and NGOs operating in the Adelaide Hills.

      The successful candidate would 1) learn relevant field and laboratory techniques, 2) participate in fieldwork in the Greater Adelaide area and Clare Valley, and 3) contribute to the writing up and analysis of the collected data. They will be part of the Ecology of Global Change Lab (https://biodiversityoceania.com/biodiversity-lab/), which meets weekly.

      Project Duration: 8 weeks 

      Contact person: Associate Professor Gunnar Keppel

       

      Apply now

       

    • Communicating climate impacts: media narratives of South Australia’s algal bloom minus-thick plus-thick

       

      Project summary: Climate change is increasingly driving widespread ecological change, with consequences that extend beyond the environment to affect human societies. Understanding how these impacts are communicated is essential for shaping public responses, guiding policy decisions, and supporting effective management. One recent and highly visible example of a climate-driven ecological disruption is the significant algal bloom along South Australia's coastline, which has been linked to marine heatwaves and altered nutrient dynamics.

      This project focuses on analysing media coverage of the algal bloom to understand how climate-related marine ecological impacts are framed and communicated over time. By examining coverage in news articles, social media posts, and other public communications, the research will explore how narratives around the bloom have developed, how ecological and social consequences are represented, and how media coverage aligns with or diverges from scientific understanding and management efforts. Particular attention will be paid to how impacts are represented and communicated to the public.

      The project would suit students interested in marine or coastal ecology, environmental communication, climate change, or science-policy interfaces who are considering undertaking Honours or Masters research. The successful student will gain experience in media searches, text analysis, and academic writing. Collaboration with researchers from diverse disciplinary backgrounds (e.g., marine ecology, environmental psychology, human health) will provide a well-rounded research experience. Outcomes will contribute to a broader understanding of how climate change impacts are communicated and how this shapes public and institutional responses to marine ecological events.

      Project Duration: Up to 8 weeks 

      Study Mode: Online/remote participation available

      Contact person: Dr Laura Falkenberg

       

      Apply now

How to apply

  • Important information minus-thick plus-thick
    • The Vacation Research Scholarships are open to enrolled UniSA undergraduate students who, in the current year, are completing the second, third, fourth or Honours year of their program at the time the scholarship commences and those enrolled in a coursework masters program.
    • The scholarship will be paid at the rate of $375 per week for the agreed tenure, from a minimum of 4 weeks and up to a maximum of eight weeks. Payment will be made in a lump sum to successful recipients in December 2025. 
    • Projects must commence in November or December of 2025 but may continue into 2026 (January & February). To accommodate the Christmas/New Year closure of 1.5 weeks, the period of tenure may be taken in two blocks of time, subject to approval from supervisory staff.
    • The scholarship is expected to be undertaken on a full-time basis (38 hours per week). Hours/duration of work are to be agreed upon with your supervisor prior to the acceptance and commencement of your project.
    • Students are eligible for the centrally funded Vacation Research Scholarship once. However, as additional scholarships may be funded from another source, applications from previous recipients will be accepted for consideration. Advice should be sought directly from the relevant discipline. Please refer to the project information links for contact details.
    • Your application will require the support of your proposed project supervisor. If you were previously unknown to the researcher, you are encouraged to submit an additional supporting statement from an academic staff member who can comment on your academic abilities.
    • This scholarship is highly competitive based on academic merit and the availability of researchers and projects in your area of interest and unfortunately not all applicants or projects will be funded.
    • Successful applicants cannot defer the scholarship and must take it up during the time nominated and will forfeit the offer if unable to commence the project in 2025
    • Only one application per student is permitted each year and scholarships are only awarded to undertake research at UniSA (Note: Students will have an opportunity to select a ‘second preference’ project in their online application, in the event that their chosen project is no longer available after the assessment and allocation process)
  • How to apply - UniSA students minus-thick plus-thick

    Open to domestic and international students enrolled at UniSA.

    1. Think about areas in which you would like to research and build your knowledge
    2. Look at the research projects/project supervisors available in the list above
    3. Contact the project supervisor to find out more about the project/field of research you're interested in and see if the project would be a good fit for you
    4. Complete the application support form including a supporting statement from the project supervisor
    5. Apply through myScholarships, accessed via your myUniSA student portal and upload the application support form (including project supervisor approval) and a copy of your CV to your online application. 
    6. For more detailed information about the application and selection process please refer to the Application Guidelines

    Application closing date: 21 September 2025

    For further information or assistance, please contact the Research Student Services team, SAS at research.students@unisa.edu.au

     

  • Successful applicants minus-thick plus-thick

    As a condition of the scholarship, you are required to write a short Final Report (1 or 2 pages) on the research project undertaken and submit it within 2 weeks of completing your scholarship to your project supervisor(s), with a copy to the Research Student Services Team, Student and Academic Services: research.students@unisa.edu.au

  • Information for Project Supervisors minus-thick plus-thick
    • The Vacation Research Scholarships are open to enrolled UniSA undergraduate students who, in the current year, are completing the second, third, fourth or Honours year of their program at the time the scholarship commences and those enrolled in a coursework masters program.
    • Project Supervisors are required to provide a supporting statement for potential applicants. By providing a supporting statement, Supervisors are not guaranteeing/confirming that the student will receive a vacation scholarship, this step is to ensure that the student has contacted the supervisor and would be suitable to undertake the project if selected.
    • Project Supervisors can provide supporting statements for more than one student if you think they would be suitable to undertake a Vacation Research Scholarship. All applications will be assessed in a competitive process after the scholarship closing date and Supporting statements will be taken into consideration during the assessment phase. In some instances, scholarships can be awarded to multiple students for a particular supervisor/project, as long as there is scope for that on the project and adequate supervision can be provided.
    • Vacation Scholarships must commence in November or December 2025. To accommodate the Christmas/New Year closure of 1.5 weeks, the period of tenure may be taken in two blocks of time, subject to approval from supervisory staff.
    • Project supervisors must be able to provide consistent supervision over the period of the project, particularly if the project continues into 2026, when new Adelaide University structures will be in place
    • The scholarship will be paid at the rate of $375 per week for the agreed tenure, from a minimum of 4 weeks and up to a maximum of eight weeks, between November and February each year. Payment will be made in a lump sum to successful recipients in December 2025.
    • The scholarship is expected to be undertaken on a full-time basis (38 hours per week, Monday to Friday). Exact hours/duration of work are to be agreed upon between the student and supervisor prior to the acceptance and commencement of the project.
    • Successful applicants and the relevant Project Supervisor will be advised of the outcome of applications by the end of October

    For further information about this scheme you can contact your Academic Unit Research Team or the Research Student Services Team

    You may also find answers to some of your questions in this FAQ document. (May require staff login details to access).

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100% OF OUR ASSESSED RESEARCH RATED AT OR ABOVE WORLD-CLASS

2018 Excellence in Research for Australia (ERA), 4-digit Fields of Research.

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No.1 IN AUSTRALIA FOR RESEARCH IMPACT AND ENGAGEMENT

2018 ARC Engagement and Impact Assessment (EI), Combined Impact – Approach to Impact and Engagement on Assessed
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Ranked #4, 2023 THE Young University Rankings.