September 2025 - present

• Designed an emergency pneumatic braking system with a Maximum Expected Operating Pressure of 120 psi for reliable and immediate braking under electrical, pneumatic, and mechanical failures
• Eliminated 10 unnecessary components from previous iterations, achieving a manufacturing cost reduction of over 30% and simplifying the manufacturing process

August 2024 - May 2025

• Led the design of the yaw control system for a dual-barrel combat robot, collaborating cross-functionally with the electronics and chassis teams
• Modeled protective drivepod guards using SolidWorks to implement internal system resilience during combat
• Applied additive manufacturing using Bambu Lab P1P 3D printers to ensure an efficient and quick manufacturing process to meet harsh deadlines.