Advancing space innovation through neuromorphic engineering, satellite imaging breakthroughs, and community-driven astronomy research.
- International Centre for Neuromorphic Systems (ICNS)
World-leading neuromorphic research lab designing brain-inspired sensors and algorithms for autonomous, low-power space applications.
- Project Falcon Neuro — Neuromorphic Cameras in Orbit
Delivered the first-ever event-based cameras aboard the ISS, capturing novel neuromorphic data of Earth's atmosphere.
- Astrosite™ Mobile Observatory
A game-changing event-based space situational awareness system that efficiently tracks satellites and debris Western Sydney University: Home+1.
- Space Domain Awareness Research
Developing neuromorphic visual sensors and spiking neural networks for improved satellite tracking—achieving 15% higher detection accuracy.
- Campbelltown Rotary Observatory
A public-facing observatory hosting Optical SETI programs, astronomy forums, and serving as an educational resource for students and the community.
Together, these innovations place WSU at the forefront of space-ready neuromorphic technology, mission-driven research, and public engagement—fostering a bridge between advanced engineering and real-world impact.