I design systems that move, bear loads, and solve real engineering problems — from concept to prototype to production.
01 — About
I'm a mechanical engineer with a passion for turning complex constraints into elegant, manufacturable designs. My work spans fluid dynamics, structural analysis, and mechatronic systems — always with an eye toward efficiency and real-world feasibility.
When I'm not running simulations or CAD modeling, I'm in the machine shop turning designs into physical reality. I believe the best engineers are the ones who understand both the theory and the tools.
02 — Projects
Designed a lightweight carbon-fiber frame optimized for max payload with minimal aerodynamic drag. Performed FEA validation under 5G load cases, achieving 34% weight reduction vs. baseline.
Redesigned a shell-and-tube heat exchanger for an industrial client using CFD analysis. Improved thermal efficiency by 22% while reducing pressure drop through modified baffle geometry.
Developed a pneumatically actuated silicone gripper capable of handling fragile objects. Parametrically modeled finger geometry to maximize gripping force across irregular surface profiles.
Analyzed and redesigned a double-wishbone suspension system for a Formula SAE vehicle. Used ADAMS/Car to model kinematics, reducing camber change by 40% through geometry optimization.
03 — Skills
Comfortable moving between digital simulation and physical fabrication — from first-principles analysis to machined parts.
04 — Portfolio Deck
05 — Contact