I am a Mechanical Design Engineer specializing in rugged robotic hardware, precision end effectors, and physical validation. I operate at the intersection of first-principles engineering and rapid deployment; taking complex electromechanical assemblies from CAD through fabrication, GD&T, and testing.

My engineering approach is fundamentally data-driven; I rely on real-world test telemetry to validate models and optimize performance. I thrive on diving into highly ambiguous, complex technical challenges that force constant learning. Beyond raw mechanics, I love user-interactive design, ensuring that large, heavy robotic systems remain ergonomic, intuitive, and safe for human operators.

With an MS in Product Development Engineering from USC Viterbi, I am looking to own the full hardware loop at an early-stage robotics or automation startup where the technical pace keeps me thinking every day.

Independent Project (Work in Progress) — Consumer Product Design · 2026 

An analytical deep-dive into how BYD can strategically enter the American EV market against Tesla — using S-curve analysis, product positioning mapping, and the S-T Innovation Paradigm to identify a two-pronged market entry strategy.