Women in STEM Award

The Zonta Women in STEM Award uplifts innovation and celebrates the remarkable accomplishments of women between 18-35 years of age in science, technology, engineering and mathematics (STEM) fields and acknowledge their groundbreaking research, pioneering discoveries, and/or exemplary contributions to advancing knowledge and innovation in a STEM field. By recognising and supporting these exceptional women, Zonta aims to inspire future generations and foster inclusivity and diversity in the world of STEM.

Club applications for the 2026 award will open in later in the year and the application form will be then available on our website. Let us know if you would like an application sent to you by contacting us on info@zontamelbourne on yarra.org.au

For more information on the award go to Zonta International’s Zonta Women in STEM Award page.

2025 winners

The winner of the 2025 Women in Stem Award for the Zonta Club of Melbourne is Adele Pentland. Adele’s research has significantly advanced knowledge of Australian pterosaurs and has important implications for understanding the challenges of climate change. These specimens lived during periods of elevated global temperatures and high atmospheric CO₂ levels, and their study provides valuable insights into ancient ecosystems during times of intense global warming. Her application and references strongly demonstrate outstanding academic research capability, as well as a deep commitment to improving equity and inclusivity in science. Our Women in STEM Award will support Adele’s transition to the next stage of her research career and support her participation in the Homeward Bound leadership program for women in STEM.

2025 Runner-up – Jasmine Wilson
For the first time, the Club has awarded a $500 runner-up prize in recognition of the exceptional importance of Jasmine’s research. Her work aligns closely with Zonta’s priorities, focusing on breast and ovarian cancer and she also demonstrates a strong commitment to advancing women in STEM.
Jasmine uses advanced data and AI techniques to improve disease detection and patient outcomes. By developing methods to analyse entire biopsies through 3D imaging rather than traditional tissue slices, her research uncovers hidden patterns in breast, ovarian, and prostate cancers. She also creates clear data visualisations that enable healthcare professionals to make confident, informed clinical decisions.