I am a Senior Mechanical and Robotics Engineer specializing in the design, prototyping, and industrialization of complex electro-mechanical systems. My work spans mobile robotic platforms, precision mechanisms, and manufacturable hardware developed under real-world cost, schedule, and performance constraints.
I bring deep expertise in mechanical design, GD&T, FEA, electromechanical integration, and rapid prototyping. I have led hardware development from early concept through functional prototype and into production-ready systems, collaborating closely with cross‑disciplinary teams, fabrication partners, and suppliers to deliver reliable, scalable solutions.
End‑to‑end hardware execution: architecture → detailed design → build/test → industrialization.
Applied R&D demonstrating mechanisms, 3D printing, and fabrication.
Designed, modeled, and iterated mixed-material artworks using parametric CAD, then fully fabricated and assembled the components in my personal workshop. Manufacturing processes included CNC machining, manual milling, routing, jointing, sanding, vacuum-assisted casting and various hand tools.
Designed and fabricated a mechanically actuated storage system combining structural design, rotational kinematics, and ergonomics. The mechanism supports variable loads while maintaining smooth controlled motion through an intersecting frame and rotating joint architecture.
Developed a functional proof‑of‑concept for a single‑occupant transportation pod focusing on balance within rugged terrain, early system architecture, and manufacturable geometry for future mobility platforms.
