Jr. Mechanical Engineer - Design
Will to learn fueled by curiosity,
Continuous adaptation shaped by constraints,
Commitment to deliver with quality
—my way of engineering.
Project 01
Redesigned a preliminary Stryker ambulance stretcher locker system to meet RNoAF 330 Squadron and rotorcraft OEM requirements for maximum mass and operability. The revision reduced mass by 25% relative to the original design and incorporated user feedback on functionality.
Project 02
Delivered a collection of mechanical design solutions - from concept through implementation - in collaboration with electrical engineers, industrial designers, and associate mechanical engineers. Gaining experience in design, market evaluation, and cross-functional problem-solving within an industrial environment.
Project 03
Designed and optimized a competition-compliant, brake and accelerator sensor systems integrated pedal box in SolidWorks for Phoenix Racing's Formula Student race car, weighing 2.5 kg (excluding hardware) while achieving a Factor of Safety ≥1.4 through topology optimization and FEA analysis in ANSYS Mechanical.
Project 04
A ram air turbine design for emergency power on a commercial delta wing aircraft was proposed using CFD, FEA, and wind tunnel testing. I led prototype manufacturing, developed test matrices with the wind tunnel technician, and conducted post-test data analysis validating computational outputs against experimental results.
