At Beehold, I engineered a field monitoring device that runs unattended for months on one battery charge, eliminating recurring maintenance visits for farmers. I also developed predictive models that forecast honey yield up to 14 days ahead, accurate to within 200g.
For team NSpace at the European Rover Challenge, I coordinated a 13-person team to a top-7 finish among 25 teams. I formulated a computer-vision pipeline that improved marker-detection accuracy by 21% and integrated panoramic terrain mapping on the ROS2-based rover.
At Typhoon HIL, I designed and validated a fuse simulation model and implemented a SCADA interface for real-time monitoring. My projects include an adaptive game-playing AI and a custom-designed, flight-tested quadcopter.
