This award-winning senior design project (ASME 2nd Place) involved the design, construction, and testing of a modular testbench to characterize the thermal behavior of PCB stators and rotors for hybrid drone powertrains. The primary goal was to evaluate thermal performance to aid in the development of more efficient hybrid power systems for industrial drones, particularly those used for applications like powerline inspections.

This project designed a light-activated deadbolt for window security, automatically locking at night and unlocking during the day based on ambient light, with an LED indicator for lock status, addressing manual locking inconveniences and security risks.

This project, sponsored by Collins Aerospace, focused on investigating the feasibility of flattening existing circular engine build-up (EBU) ducts within turbojet engines to improve engine packaging and efficiency. The primary goal was to design a flattened duct profile that could be routed through tight aerodynamic spaces, thereby potentially increasing the engine's bypass ratio, while maintaining similar pressure drop characteristics to the original circular duct.

This project focuses on designing and fabricating a working clock with a focus on analyzing its timing accuracy.

This project involved teams of 3-4 students designing, building, and analyzing a robot for a class competition at UC San Diego.