Final-year mechatronics engineer at UTS. I design and build robotic systems end-to-end from mechanism design and embedded electronics through to control algorithms and autonomy.
I'm a final-year Mechatronics Engineering student at UTS, graduating in Winter 2026. I work across the full stack of robotic systems, mechanical design, electronics, embedded firmware, and software.
My interest in engineering started with competitive robotics in high school, where I was part of an FRC team. That foundation has shaped everything I've done since.
I'm currently leading the UTS Rover Team while finishing my degree. I'm looking for hands on graduate roles in robotics, automation, and related fields.
Led a 30+ person student team to design, build, and compete with a planetary rover at the Australian Rover Challenge. Won the Exterres Crater Lab Challenge and qualified for NASA Lunabotics.
View project →Designed and built the excavation and construction payload for the UTS Rover, responsible for digging and depositing regolith for the Lunabotics-qualifying Exterres Crater Lab challenge.
View project →Year-long industry-partnered capstone with Contactile developing a precision rotational slip detection rig, covering the full engineering lifecycle from requirements, design, build, testing, and documentation.
View project →Built a chess-playing UR3e cobot with custom end effector, magnetic chess board, touchscreen chess clock, ArUco tag vision, and MoveIt path planning. Won Best Project Overall and People's Choice at UTS Tech Fest.
View project →Led a team of three at the international Warman finals representing UTS. Designed the chassis, worm-drive gearbox, carbon fibre arm, and electronics board.
View project →Four years building 54kg competition robots. Drivetrain sub-team lead from 2017. International championship division finalists. 12 regional blue banners.
View project →Leading full rover development including mechanical, electronics, autonomy stack, and science, manipulator, and excavation payloads all for the Australian Rover Challenge
Designed and built a rotational slip detection rig in partnership with Contactile, covering the full engineering lifecycle from requirements through design, manufacture, testing, and documentation.
Group project building a chess-playing UR3e cobot with computer vision, MoveIt path planning, and custom hardware. Won Best Project Overall and People's Choice at UTS Tech Fest.
Team lead at the international Warman finals representing UTS. Full design and build ownership.
Intern responsible for data collection and analysis of plant operation, finding, designing and commissioning new projects to reduce waste and costs
Control systems, embedded programming, mechanical design, electronics, robotics, and AI.
Drivetrain sub-team lead and robot operator from 2017. International championship division finalists.
Looking for hands on opportunities in robotics, automation, and embedded systems