BRIDGING KNOWLEDGES: MICROBIOLOGY AND INDIGENOUS PLANT MEDICINE IN SCIENCE ENABLING EDUCATION
Keywords:
Indigenous Plant-based medicine; Indigenous Plants, Enabling Education, STEM.Abstract
SUB-THEME: Elevating First Nations Australians’ Sciences:
KEYWORDS: Indigenous Plant-based medicine; Indigenous Plants, Enabling Education, STEM.
SUB-THEME: Elevating First Nations Australians and Torres Strait Islander’s Sciences
PROBLEM
The inclusion of Aboriginal and Torres Strait Islander knowledges in science curricula remains inconsistent across Australian higher education and enabling. Despite national strategies encouraging integration, many enabling programs, designed to support students from underrepresented backgrounds, present science through a Western-centric lens. At Edith Cowan University (ECU), the UniPrep Science unit, delivered on Whadjuk Noongar boodja and Wardandi boodja, lacked meaningful engagement with Indigenous scientific knowledge, despite being a foundational STEM unit for 300–400 students each semester.
PLAN
To address this, a new module was designed to embed Aboriginal and Torres Strait Islander scientific perspectives into the curriculum, as a central component of scientific learning. Learning perspective were informed by decolonising pedagogies and Indigenous-led frameworks (Ah Chee et al., 2024; Australian Institute of Aboriginal and Torres Strait Islander Studies [AIATSIS], 2022; Fogarty et al.,) and the work of Noongar Elder Vivienne Hansen (2020). The module focused on the medicinal properties of native Western Australian plants. Students would test plant extracts from moorngan (tea tree), eucalyptus (mixed species), and uilarac (sandalwood), and two Western Australian honeys through microbiological experimentation, on nutrient agar plates inoculated with Escherichia coli and Staphylococcus epidermidis.
ACTION
The module was launched in 2024, delivered over two weeks and positioned Indigenous scientific persceptives alongside Western scientific methods. Students conducted laboratory experiments and observed bacterial and inhibition zones to assess the antibacterial properties of plant extracts. These hands-on activities were scaffolded by a lecture introducing Noongar bush medicine, the impact of Aboriginal and Torres Strait health, and the seasonal knowledge that guided sustainable plant use.
REFLECTION
The module’s impact was gauged through anonymous feedback surveys (~100 responses), laboratory discussions, and tutor observations. Students expressed respect for Indigenous bush medicine, valued testing traditional knowledge scientifically, and showed greater awareness of Aboriginal and Torres Strait scientific contributions. Tutors noted increased engagement and critical thinking. Although the evaluation was qualitative and self-reported, the findings suggest the module enhanced cultural awareness and engagement, with more formal evaluation planned.
ACKNOWLEDGEMENTS
We thank the technical staff at the School of Sciences, Edith Cowan University, Joondalup Campus, for their invaluable insight and methodology development, The authors disclose no funding. Supplementary materials and costing are available on request.
REFERENCES
Ah Chee, J. (Bundjalung), Bennett, R., Cirkony, C., Coutts, K., Fairbrother, L., Gunning, T., Raven, T. (Yamaji/Nyungar), Sambono, J. (Jingili), Singh, L. (Quandamooka and Wiradjuri), Uink, B. (Noongar), & Ziebell, A. (2024). A guide for curriculum development: First Nations Australians' science. Deakin University. https://www.acds.edu.au/wp-content/uploads/A-guide-for-curriculum-development-First-Nations-Australians-Science-Online-v2.pdf
Fogarty, W., Lovell, M., Langenberg, J., & Herron, M. (2018). Deficit discourse and strengths-based approaches. National Centre for Indigenous Studies. Lowitja Institute and ANU.
Hansen, V. (Noongar), & Horsfall, J (2020). Noongar Bush Medicine. UWA Publishing Universities
https://openjournals.test.library.sydney.edu.au/IISME/article/view/17432/15039
Proceedings of the Australian Conference on Science and Mathematics Education, The University of Melbourne, 30 September - 2 October 2025, page X, ISSN Number 2653-0481.
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