Four projects spanning personal design work, university research, embedded systems, and team-based design-for-manufacture — each carried from CAD through documentation, and in most cases, physical hardware.
A custom mallet-style putter head developed through iterative CAD and mass-property studies to align the shaft axis through the head's center of mass. Currently in manufacturing.
A large parametric combustion-chamber assembly engineered to adapt to refractory-material thickness, developed toward manufacture with Valar Atomics.
An Arduino Nano robot integrating photodiode steering, servo tilt-tracking, and sonar-triggered collision stops, verified in a graded autonomous demonstration.
A one-cylinder air-engine platform redesigned for low-volume production — from CAD and DFM through machining, assembly, and a functioning physical engine.
Additional SolidWorks modeling work — a turbofan study, a fan assembly, a mouse shell, and a toy jet — shown as breadth rather than full case studies.