Currently in progress. 3D printed robotic arm controlled using potentiometer dials and powered using Arduino, PCBs, SG90 Servo Motors, and Python. Has the ability save and replay positions.

Recreated and modelled the Williams FW31 Formula 1 front wing in SolidWorks, producing photorealistic renders in KeyShot and running CFD flow simulations to assess aerodynamic characteristics. Fabricated a physical prototype using a Bambu A1 3D printing system.

Currently in progress. Design of a Cohda Wireless mount for the rear of a General Motors Cadillac Lyriq SUV.

Tasked with designing a viable toy design for SpinMaster Ltd. Developed a fully functioning toy inspired by the Flappy Bird mobile game using machining and 3D printing components using SolidWorks.

Developed a fully functioning robot librarian which sorts books onto corresponding shelves based on the colour scanned on the spine (genre). Using SolidWorks, RobotC, and rapid prototyping techniques such as 3D printing.

Successfully built a rope brake dynamometer to measure the torque of a TT motor using metal connections and pulley systems. Completed a technical report to present equations and model relationships.

Developed a fully functional hand gesture control system using Python. Hand gestures in front of sensors performed computer functions such as play, pause, rewind, and forward.

Designed and prototyped a hook attachment for gasket sealing, tested o-rings for durability, 3D-printed prototypes, and prepared chassis for coating and finishing.