About
I design and build intelligent systems for exploring extreme environments, from the depths of our oceans to the edge of space. My work combines robotics, atmospheric science, embedded systems, and scientific instrumentation to develop technologies that help us better understand our planet and beyond.
My experience spans subsea and space robotics, autonomous systems, payload integration, stereo vision systems, and near-space technologies. I’m particularly interested in how robotics and scientific instruments can reveal hidden processes within environments shaped by geology, physics, climate, and time.
Through this project, I’m developing an autonomous high-altitude balloon imaging system to study noctilucent clouds during Arctic summer conditions in Alaska. The project combines atmospheric science with lightweight autonomous technologies designed for near-space exploration and open scientific data collection.
Alongside my engineering work, I continue training as an astronaut candidate while pursuing technologies that support exploration, scientific discovery, and environmental understanding.
Relevant professional and research links:
GitHub | LinkedIn | Publication: Space assets and technology for bushfire management
Joined
March 2024
