My Portfolio
Helicopter Rotor
Modeling a fully articulated helicopter rotor to investigate its mechanics and aerodynamics using ANSYS.
Biomechatronic Foot
Designing and analyzing biomechatronic foot and preparing to present at annual CPP Engineering Symposium. The foot features a custom linear elastic actuator, ODrive technology, and toe linkages to achieve powerful yet precise actuation that allow advanced self-balancing movements.
CubeSat
Lead the design and analysis of miniature satellite structure using SolidWorks. Presented design reviews to club officers and industry professionals from design process to end product. Implementing data encryption onto a nanosatellite for wider applications in space cybersecurity.
Camber Gauge Adapter
Designed and modeled a compact adapter for existing camber gauge tool to fit to the size of student race car wheels.
Low Earth Orbit Satellite
Designing thermal model of a low earth orbit satellite using Matlab Simscape. The satellite houses several units such as the Electronics Unit (shown) which interface with each other and the environment and are designed to stay within acceptable temperature ranges for a hot case, a cold case, and a survival case.
Thrust Vector Actuator
Developing clean sheet design and analysis of thrust vector actuator for an Entry, Descent, and Landing (EDL) system capable of controlling the angle of a 700lb thruster, following NASA standards. The actuator features a lead screw mechanism, bearings, and a planetary gear box.
