
Iterating to Lift-Off: The Design Journey Behind Our Indoor Drone
Five prototypes, countless redesigns — how we learned to balance weight, rigidity, and vibration in pursuit of stable flight for our indoor drone.
Building autonomous systems and scaling educational technology. From control systems to entrepreneurship, I bridge theory with real-world impact.

Students Taught
Years in Business
Engineering Projects
UWA Engineering Student
Three core areas where I create impact
Build Autonomous Systems
Designing and building autonomous drones with ToF navigation, control systems, and custom CAD designs. Exploring robotics and embedded systems.
Scale Education Technology
Founded and scaled MyClass to serve 200+ students with 17+ educators. Building technology that makes quality education accessible.
Bridge Theory & Practice
Combining academic excellence in electrical engineering with real-world entrepreneurship and rowing. Applying engineering principles to solve practical problems.
Current projects and active learning pursuits
Deep dives into engineering, entrepreneurship, and lessons learned along the way

Five prototypes, countless redesigns — how we learned to balance weight, rigidity, and vibration in pursuit of stable flight for our indoor drone.

How a single tutoring idea scaled from flyers on noticeboards to a statewide education platform connecting hundreds of students and tutors across Western Australia.

How our team engineered an indoor surveillance drone that could navigate, hover, and avoid obstacles entirely without GPS.
A diverse skill set spanning engineering, technology, and business