For tens of thousands of years, Aboriginal and/or Torres Strait Islander peoples have been engineering solutions that are sustainable, resilient, and deeply connected to Country. From sophisticated fish traps and water management systems to aerodynamic boomerangs and weather-responsive shelters, Indigenous engineering is grounded in an intimate understanding of the land, climate, and community needs.
To celebrate 2025 NAIDOC Week, the UNSW Young WIE Club challenges you to rediscover and reimagine Indigenous engineering methods for modern-day problems.
The challenge:
Our UNSW Young WIE Club challenge requires you to design a modern engineering solution that is inspired by, adapted from, or directly integrates an Indigenous Australian engineering technology, structure, or method.
Your design might be an improvement on an existing Indigenous innovation using modern tools, or it might be a completely new application of ancient principles to a 21st-century issue.
To develop your solution:
What Indigenous engineering method or technology are you drawing inspiration from? (e.g. aquaculture, firestick farming, tools, shelters, navigation systems)
What challenge or need does your modern design address? (e.g. food security, housing, disaster resilience, transport, water access, land care)
How does your adaptation respect and acknowledge the cultural knowledge it builds upon? How does it reflect the 2025 NAIDOC theme: The Next Generation – Strength, Vision & Legacy?
How might your design be used in a contemporary Australian context, especially in remote communities, urban areas, or infrastructure projects?
What materials or technologies are needed to implement your design?
Who would be involved in building or applying your design (e.g. civil, mechanical, environmental, software engineers)?
Are there ethical or cultural considerations when using Indigenous knowledge for engineering?
Submission
Due 11:59pm, Sunday, 21 September 2025. Email your submission to wie@unsw.edu.au with the title “NAIDOC Engineering Challenge” and your name, school, and year stage.
In your submission, please make sure you include the following:
A brief introduction about yourself and the aim(s) of your design proposal
A description of the Indigenous engineering technology you are drawing from
Your modern adaptation or redesign proposal
Sketches, models, or diagrams to show your idea
Resources, technologies or materials required
The engineering disciplines involved
Cultural or ethical considerations you took into account
OPTIONAL: Examples of current projects or Indigenous-led innovation that are similar
Format
- 2–6-page PDF document; or
- 2-5-minute video; or
- A2 poster **
If there is an additional format you think would work better for your proposal, please run it by the UNSW Young WIE Club team first by emailing wie@unsw.edu.au.
**Note: when doing a poster, try to limit the amount of text and preference diagrams you use to make it easy for the reader.
Prize
The top three (3) challenge entries as determined by the UNSW Young WIE Club team will win a special prize pack.
To get you started, here are some examples of Indigenous Engineering methods and technologies to explore:
To get you started, here are some examples of Indigenous Engineering methods and technologies to explore:
Brewarrina Fish Traps (Baiame’s Ngunnhu): Ancient, sustainable stone aquaculture systems
Boomerangs: Aerodynamic principles, returning flight, curved surfaces
Water systems: Seasonal water harvesting, clay filtration, aquifers, stone channels
Bush food knowledge and land management: Traditional fire use, seasonal calendars, bush harvesting
Firestick farming: Controlled burning for regeneration, requiring knowledge of vegetation, wind, and timing
Smoke signalling and communication systems
Cooling shelters and shading design: Seasonal shelter orientation and passive design
Woven traps, nets, and tools: Understanding of material strength and tensile forces
Shell middens and waste management: Sustainable resource use and long-term ecological impacts
Songlines and navigation: Oral geospatial mapping