The Queensland Women in STEM Prize celebrates the exceptional contributions of Queensland's women in science, technology, engineering, and mathematics (STEM).
Now in its eleventh year, the Prize aims to foster passion, participation and leadership among women and girls in STEM. By recognising emerging leaders and showcasing their achievements, the Prize promotes gender equity, diversity and inclusion while highlighting the important contribution women make to Queensland's scientific, technological and research sectors.
View our important information by clicking each of the below headings.
The Queensland Women in STEM Prize recognises individuals who have demonstrated exceptional leadership, innovation, and impact to Queensland across three awards:
The Judges’ Award ($10,000 excl GST prize money): Proudly supported by Energex Open to emerging leaders in STEM who identify as a woman and have been working in their field for no more than 10 years in total.
First Nations STEM Award ($10,000 excl GST total prize money): Proudly supported by AECOM Open to emerging leaders in STEM who identify as a woman and have been working in their field for no more than 10 years in total, and:
Breaking Barriers Award ($10,000 excl GST prize money): Open to emerging leaders in STEM who identify as a woman and have been working in their field for no more than 10 years in total, and:
Winning recipients must use their Prize Money for professional development i.e., conference attendance, STEM-communication training, career-enhancing courses, research field trips, internships, purchasing new software etc.
Winners and Highly Commended recipients will also receive:
Submissions open: Tuesday 21 July
2026
Submissions close: Tuesday 18 August
2026 (5pm AEST)
All entrants contacted and finalists
announced: October 2026
Award ceremony and announcement of prize
recipients: Wednesday 11 November 2026
The 2026 Queensland Women in STEM Prize is presented by Queensland Museum and the Queensland Government through the Department of the Environment, Tourism, Innovation and Science, and the Office for Women.
Response to all nomination questions
(required)
Address the questions
relevant to the selected nomination category –
this must be completed to be a valid nomination and
assessed by the judges. These responses should not
include confidential information as the responses may be
made publicly available should the nomination be
shortlisted.
Consent (required)
If not
self-nominating, the nominator is encouraged to contact
the nominee prior to submitting the nomination to seek
their consent and feedback prior to submitting the
nomination.
A Short CV (required)
Please upload
a short CV (maximum 2 pages) that summarises your career
experience.
Employment Summary table
Please download and complete the Employment Summary table outlining the duration of each job/research position you have held, and the length of that position in months/years. This will be used by the judges to determine eligibility.
References (required)
Contact
details for two referees must be provided. One of the
referees must provide a signed letter of reference to be
uploaded with the nomination. Only one letter of
reference is required, however a letter of reference
from both referees may be provided if
desired.
References must be written by persons
other than the Nominee (the person being
nominated).
Letters of reference must be
written in reference to the nomination and
are to provide further information about the Nominee. As
a guide, letters should include the following
information:
If letters of reference are sent via email, letters must include a signature block from the sender incorporating email address and telephone number. As part of the standard reference check process, referees may be contacted to verify their reference and provide additional information. Contact details for a third referee and/or additional letters of reference may also be supplied within your nomination, however this is not mandatory.
Supporting documentation
(optional)
You may submit up to five items of
supporting documentation with your nomination, such as
photos or videos of you engaging with others about STEM,
publications or report lists, newspaper articles and
additional references. Supporting documentation must be
relevant to the nomination. Supporting documentation
must be uploaded via the online nomination portal as
prompted and will not be accepted by any other means
(maximum upload limit 3MB per item).
The 2026 Queensland Women in STEM Prize is open to any person who:
Applicants may include professionals, scientists, researchers, educators or students from any company, institute, government, university, not-for-profit or educational institution. Students are also eligible to apply.
No. Applicants are not required to hold a STEM qualification to apply.
Yes. You can nominate yourself or you can nominate someone you know.
If you are nominating someone you know, please ensure that they consent to their personal information being submitted as part of their nomination.
The Prize is open to women with up to 10 years of work experience in a STEM-related field.
The following will be considered towards 10 years of STEM career:
The following is not included in the 10 years in STEM career calculation:
To be eligible for the First Nations STEM Award, nominees must also:
To be eligible for the Breaking Barriers Award, nominees must also:
Nominations can only be submitted online.
Receipt of all nominations will be acknowledged via an automatically generated email from Award Force. Please ensure you provide a correct email address on your nomination form. If you do not receive a confirmation email within two business days after submitting your nomination, please notify the organiser via email or telephone (07) 3153 3000. No responsibility will be taken for nominations that do not receive a confirmation email.
You may be contacted after submitting a nomination and asked to provide further details.
Nominations must be received by 5pm Tuesday 18 August 2026.
Late nominations will not be considered. No responsibility will be taken for nominations that are not received by the closing date.
Applications must be submitted by an individual. Teams are ineligible to apply. Entrants working as part of a team are encouraged to apply as an individual by focusing their application on their contribution to the team project.
Previous winners of the Queensland Women in STEM Prize are ineligible. If you have entered a previous Queensland Women in STEM Prize, but did not receive an award, you are welcome (and encouraged!) to enter again.
Eligible entries will be judged by a panel of experts in September 2026.
Nominations will be assessed on:
All questions must be completed, and CV uploaded, in order to progress through to judging. When answering the questions, it is important to provide specific examples of your / the Nominee’s achievements, or significant contribution to Queensland through STEM.
The awards will be determined by a panel of judges, including representatives from Queensland Museum and the Queensland science community, the Department of the Environment, Tourism, Science and Innovation and the Office for Women, Department of Women, Aboriginal and Torres Strait Islander Partnerships and Multiculturalism.
Members of the judging panel will be required to declare any conflicts of interest that may arise from a personal or professional relationship with the nominees. Where a direct conflict of interest with a nominee exists, the judging member will abstain from ranking, scoring or voting for the nominee during judging panel deliberations.
Winning recipients must use their Prize Money for professional development i.e., conference attendance, STEM-communication training, career-enhancing courses, research field trips, internships, purchasing new software etc.
Winning recipients are required to acquit their prize within 12-months, providing evidence of what professional development activity their prize money was spent on.
Winners and Highly Commended recipients will also receive a promotional package comprising:
The remarkable achievements of eleven Queensland women working across science, technology, engineering and mathematics (STEM) fields have been recognised with the announcement of the finalists for the 2026 Queensland Women in STEM Prize.
Selected from a highly competitive field, the finalists have demonstrated outstanding leadership, innovation and impact within their respective disciplines. Their work is helping to address complex challenges, advance knowledge and inspire the next generation of STEM professionals across Queensland.
Winners will be announced on 11 November 2026 at an Awards Ceremony in Brisbane.
Transforming Indigenous Health Through Community-Led Research
Davina Smith is a proud Gooreng Gooreng and South Sea Islander woman, Senior Indigenous Research Officer at Mater Research, and an emerging First Nations STEM leader dedicated to improving health outcomes for Aboriginal and Torres Strait Islander communities across Queensland.
Through her leadership in Indigenous-led health research, including the landmark Strong Families Study, Davina works alongside communities to ensure research is culturally responsive, community-driven and centred on Indigenous knowledge systems. She has consulted with communities across Queensland to identify health research priorities, contributed to evidence that informs health policy and service delivery, and provides cultural mentorship to strengthen research practices across the sector.
Combining scientific rigour, cultural leadership and a deep commitment to self-determination, Davina is helping to create a more equitable and inclusive future for Indigenous health research while inspiring the next generation of First Nations women and girls to pursue leadership in STEM.
From Queensland to the Globe : Leadership in Conservation Science, Digital Infrastructure, and Women in STEM
Dr Jenna Wraith is a conservation scientist and digital infrastructure leader whose work is transforming biodiversity science, ecological modelling and conservation planning across Queensland and Australia.
As Head of Sustainable Futures at QCIF Digital Research, Jenna leads the development of nationally significant platforms enabling researchers, governments and conservation practitioners to make better data-driven decisions for biodiversity conservation and climate resilience. Her leadership has secured major national investment, established international partnerships with organisations including Google DeepMind, Google Research and the UN Environment Programme World Conservation Monitoring Centre, and contributed to the EcoCommons Australia team's recognition as a 2026 Eureka Prize winner.
A passionate advocate for women in STEM, Jenna is also a dedicated mentor, science communicator and author who actively inspires and supports the next generation of scientists. Through her technical innovation, conservation impact and commitment to inclusion, Jenna is helping position Queensland as a global leader in biodiversity science and environmental technology.
Building the Future of STEM Through Research, Leadership and Mentorship
Associate Professor Taylor Dick is an internationally recognised biomedical scientist, researcher and STEM leader whose impact spans the entire STEM pipeline, from inspiring schoolgirls to pursue STEM careers to developing the next generation of researchers and leaders.
Through her co-leadership of the nationally funded Biomechanics Research and Innovation Challenge (BRInC), Taylor has connected hundreds of girls with authentic research experiences, female role models and mentoring opportunities, while also supporting women researchers to build leadership skills.
As Associate Professor, Deputy Associate Dean (Research), and recent ARC Future Fellow at The University of Queensland, she combines world-class research in biomechanics, neuromuscular physiology and wearable robotics with a strong commitment to strengthening STEM participation, representation and workforce development. Through her mentoring, advocacy, public engagement and international leadership, Taylor is helping create a more inclusive STEM future where girls and women can see themselves not only participating in STEM, but leading it.
From Sugars to Solutions: Advancing Respiratory Virus Research, Translation, and STEM Inclusion
Dr Larissa Dirr is an internationally recognised glycovirologist, structural biologist and research leader whose work is advancing the fight against respiratory viruses with epidemic and pandemic potential.
As an ARC Future Fellow and Senior Research Fellow at Griffith University, Larissa leads innovative research into how viruses interact with human cells, translating discoveries into novel antiviral therapies with real-world health impact. Her research has resulted in patented technologies, successful commercialisation outcomes, international collaborations and major investment in Queensland's biomedical research capability.
A passionate advocate for women in STEM, she mentors students and early-career researchers, supports initiatives that foster connection and professional development for women in science, and actively promotes STEM pathways through outreach and public engagement. Through her scientific leadership, commitment to mentoring and dedication to translating research into practical health solutions, Larissa is helping strengthen Queensland's global reputation for biomedical innovation while inspiring the next generation of scientists.
From Discovery to Therapeutics: Advancing Microbiome Science in Queensland
Dr Rabina Giri is an emerging biomedical researcher, microbiologist and biotechnology leader whose work is advancing new approaches to understanding and treating inflammatory bowel disease and colorectal cancer.
Based at Mater Research in Brisbane, Rabina investigates how gut microbes, host genetics and the intestinal barrier interact to drive chronic gastrointestinal disease, translating these discoveries into potential new therapies and diagnostic approaches. Her research has led to patented intellectual property and the development of a Queensland biotechnology spin-out, Micromune Therapeutics, where she serves as Biology Lead, helping progress locally discovered treatments towards clinical application.
Despite being only two years post-PhD, she has built an impressive research track record, secured significant competitive funding, and mentors the next generation of scientists. Through her leadership in research, innovation and commercialisation, Rabina is helping position Queensland as a leader in microbiome-based medicine while inspiring emerging researchers, particularly women, to pursue careers in STEM.
Transforming Agriculture Through Genomics Innovation and Research Leadership
Dr Loan Nguyen is an agricultural genomics researcher and ARC Early Career Industry Fellow at The University of Queensland whose work is transforming livestock breeding and agricultural innovation in Queensland.
Originally from Vietnam, Loan is developing practical genomic technologies that bring advanced genetic testing directly to the farm. In trials on three cattle properties, her team was the first to show that a single, low-cost test on a tail-hair sample can reveal an animals genetic value, age and parentage within 24 hours, with industry partnerships extending its impact. Her broader genomics research has led to commercial partnerships that now support the testing of hundreds of thousands of cattle annually, helping to improve productivity, sustainability and decision-making across the beef industry.
An emerging leader in agricultural biotechnology, Loan has attracted significant research funding, built genomics capability across Queensland, and mentored the next generation of researchers, particularly women in STEM. Through her innovation, leadership and commitment to making science accessible, Loan is helping position Queensland at the forefront of agricultural genomics while inspiring future scientists to pursue impactful careers in research and industry.
Reconnecting Science, Country and Culture Through First Nations Ecology
Jade Gould is a proud Butchulla and Woppaburra woman, CSIRO Research Fellow and emerging First Nations scientist whose work is reshaping how Australia understands ecology, climate adaptation and land management. Through her PhD research at the University of the Sunshine Coast, Jade combines palaeoecology with Traditional Ecological Knowledge to develop a pioneering First Nations Ecology framework that recognises First Nations peoples as active ecological curators of Country.
Her work on K'gari is providing new evidence to inform fire, land and climate management while ensuring Indigenous knowledge holders remain central to how knowledge is represented and applied. Alongside her research, Jade supports Indigenous-led climate initiatives through CSIRO, has contributed to major environmental and water quality programs across Queensland, and has played a significant role in advancing Butchulla self-determination, including the successful restoration of the traditional name K'gari. Through her leadership, research and advocacy, Jade is helping create a future where Indigenous knowledge and Western science work together to strengthen the care of Country, climate resilience and environmental stewardship.
Advancing Forensic Science Through Research and Innovation
Dr Kristen Clarke is a forensic scientist and research leader whose work is transforming how forensic evidence is detected, analysed and used to support criminal investigations across Queensland. As a Senior Research Officer with the Queensland Police Service, Kristen leads applied forensic research that translates scientific innovation into operational practice, improving the recovery of critical evidence, strengthening investigative capability and supporting better outcomes for victims and the justice system.
Her research has delivered practical solutions adopted across Queensland, including innovative forensic techniques that have improved evidence detection while reducing costs and enhancing officer safety. A passionate advocate for evidence-based practice and accessible STEM pathways, Kristen collaborates with researchers, practitioners and universities, mentors emerging scientists, and actively promotes forensic science to students and the broader community.
Through her leadership, innovation and commitment to public safety, Kristen is helping build a stronger, more effective forensic science capability for Queensland while inspiring the next generation of STEM professionals.
Delivering Reef Solutions from Queensland to the World
Dr Carly Randall is an internationally recognised coral ecologist, restoration scientist and STEM leader whose work is helping secure the future of the Great Barrier Reef.
As a Senior Research Scientist and Team Leader at the Australian Institute of Marine Science, Carly leads innovative research that translates coral restoration science into practical, scalable solutions for reef conservation in Queensland and around the world. She has played a leading role in developing pioneering restoration technologies, including ReefSeed and CoralPods, while securing significant investment to advance reef resilience and climate adaptation.
Beyond her scientific achievements, Carly is committed to mentoring emerging researchers, supporting women in STEM, and building strong partnerships with Traditional Owners to ensure restoration efforts are both scientifically robust and culturally informed. Through her leadership, innovation and collaboration, Carly is strengthening Queensland's global reputation as a leader in reef science while inspiring the next generation of environmental scientists and conservation leaders.
Advancing Biomedical Discovery through Native Mass Spectrometry
Dr Louise Sternicki is a biomedical researcher and mass spectrometry specialist whose work is expanding Queensland's capacity for health and drug discovery research. As a Research Fellow at Griffith University's Institute for Biomedicine and Glycomics, Louise develops and applies advanced native mass spectrometry techniques to uncover how biological molecules interact in diseases such as cancer, stroke and infectious diseases, helping accelerate the development of new therapeutics.
Her research has delivered important breakthroughs in understanding next-generation medicines, supported collaborations with leading global pharmaceutical companies, and contributed to establishing Australia's first charge detection mass spectrometry capability at Griffith University.
A passionate advocate for women in STEM, Louise mentors emerging researchers, supports professional development opportunities for early-career scientists, and actively engages students in biomedical research. Through her scientific leadership, innovation and commitment to developing future talent, Louise is strengthening Queensland's position as a leader in biomedical discovery and health innovation.
The species we thought we knew: building Queensland's echidna baseline
Dr Kate Dutton-Regester is a wildlife ecologist and conservation researcher whose work is transforming our understanding of Queensland's iconic short-beaked echidna. Recognising a critical gap in knowledge about echidna populations, Kate has built a statewide research and citizen science program that combines camera trapping, genetics, environmental DNA, telemetry and community monitoring to better understand and protect the species.
Since completing her PhD in 2023, she has secured multiple research grants, established partnerships across local government, universities and conservation organisations, and engaged nearly 2,000 Queenslanders in wildlife monitoring and conservation activities. Through her innovative approach to community-led science, Kate is generating the evidence needed to inform conservation decisions while creating opportunities for students, early-career researchers and women in STEM to build skills and experience. Her work is helping ensure Queensland's echidnas remain visible to science, conservation and the communities that share their landscape.
Bridging science and society through innovation in nanomedicine
Embedding and elevating First Nations perspectives in health sciences and medicine
Mother, carer and biomedical engineer
Sustainability in action: from science to social impact
Connecting communities and science to protect the Great Barrier Reef
Advancing brain-inspired AI for robotics and championing an inclusive STEM future
The dramatic lives of galaxies
Taylah uses her unique platform to promote the value and possibilities of STEM education with First Nations students, young women and girls.
Jillian is particularly passionate in championing the development of infrastructure that fosters social value for marginalised groups, including women, youth, First Nations people and people with disabilities.
Susanna advocates for girls to choose a career in statistics through extensive community outreach and the development of an award-winning video series that explains complex statistical concepts to young audiences.
As a leader in her community, Keely is a committed participant in numerous STEM educational programs, events and engagement initiatives.
Tatheer is a passionate advocate of women and girls from diverse backgrounds to engage in STEM education, leading numerous award-wining community outreach and education programs.
A world leader in the field of osteoarthritis, Laura is founding Deputy Director of the Australian Centre for Precision Health and Technology. She also leads numerous high-profile programs and partnerships dedicated to closing the gender gap in STEM fields.
Advancing research on Queensland’s marine life during environmental change
Using artificial intelligence (AI) to prevent mental illness
Rubble vs Recovery: Predicting where too much rubble could hurt the Great Barrier Reef
Digital foot models paving the future for precision healthcare
Depolymerisation of waste natural zeolite rock and green conversion to synthetic zeolite
Transforming Spaces in STEM through Play and Purpose
Plenty of fish in the sea? Using mathematics to save the ocean, educate, and communicate with the masses.
The unexpected value of climate change adaptation heuristics
From molecules to the mind: using big data towards earlier autism diagnosis
Securing food for future generations
Inspiring tomorrow's innovators
Impacts of biochar on soil carbon pools and nitrogen transformation in viticulture of South East QLD
Taking Cutting-Edge STEM out of the labs and onto the streets!
Fighting creepy with crawly: using spider venoms to make next-generation antiparasitic drugs
Trimming the Fat: targeting novel genetic factors and molecules that drive obesity
Indigenous climate change adaptation
Fishing for plastics: from ocean to plate
Taming weeds without herbicides
People in focus: protecting the eyesight of people with diabetes
Sustainable livestock production and gender equity, hand in hand
Mission inflammation: guarding against collateral damage in infection
Spinifex grass: hidden gold in the Australian landscape
Investigating the effect snake venom has on our blood to help develop new life-changing medicines
Saving the ageing brain
STEM education and engagement
Sticky toffee causing power "outages" in diabetes
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