A cinematic portfolio for a mechanical engineer who turns demanding physical problems into reliable, manufacturable systems, from mechanism design and thermal thinking to validation on the shop floor.
Design is only the beginning. I care about tolerance, material behavior, manufacturability, testing and the quiet details that make a mechanism trustworthy.
Years translating engineering intent into hardware that can survive beyond the CAD screen.
Three representative case studies framed around the engineering decisions, constraints and measurable outcomes behind the hardware.
Reworked a compact electromechanical actuator around load paths, thermal limits and assembly access. Reduced component count while improving serviceability.
Developed a compact thermal-management architecture with a focus on heat transfer, packaging and repeatable validation.
A modular fixture concept designed around repeatability, datum strategy and faster changeovers on a production line.
A working rhythm built around clear requirements, fast prototypes, disciplined testing and decisions that can be explained.
Own mechanical architecture, design reviews and prototype validation for compact electromechanical products.
Designed mechanisms, fixtures and production-ready assemblies while partnering closely with manufacturing teams.
Supported CAD development, test rigs, tolerance studies and failure investigations across industrial hardware programs.
I measure engineering impact in fewer failure modes, simpler assemblies, faster iterations and products that behave predictably when the conditions stop being ideal.
Have a mechanism to rethink, a product to prototype, or a difficult physical problem to unpack? Send a note.
Mechanical Engineer · Product Development · Engineering Systems