Compact display model exploring real suspension geometry and active aero integration inspired by Formula 1 architecture
Designed double-wishbone suspension with realistic linkage motion
Modeled adjustable geometry and packaging constraints within a 30 cm footprint
Integrated servo-driven actuation for active aero demonstration
Senior design project developing a fully mechanical scooter that collapses to a water bottle sized footprint
Balanced structural stiffness with extreme compactness constraints
Developed full fabrication drawings for folded and unfolded configurations
Led mechanical architecture development and subsystem integration
Mechanically integrated gimbal system designed around predefined motors and PCBs for a university robotics platform
Designed modular mounting architecture for yaw, pitch, and roll axes
Integrated spring-based vibration isolation to reduce rover-induced disturbances
Packaged motors, PCB, and camera module within strict space constraints
Conceptual telescoping ski mechanism improving transportability while maintaining alignment under load
Developed internal sliding structure to preserve longitudinal alignment
Designed controlled telescoping interface to prevent rotational misalignment
Produced dimensioned engineering drawings for folded and extended states
I’m currently seeking full time mechanical engineering or mechanical/product design roles starting Summer 2026.