Six projects in automation, precision motion, product design, research and repair.
Leading development of a 5-axis, 7 ft × 7 ft × 4 ft gantry system to automate shielding-verification scans around an industrial X-ray CT scanner, targeting 1 mm repeatability.
Signal scale and ambition as the first project a visitor sees.
Dark, exact detail crop of a micrometer adjuster and stage dovetail with fine graduation marks in focus.
Built a multi-axis optical test fixture for sub-10-micron positioning and supported environmental and mechanical validation.
Give the homepage its one dark, controlled, high-precision note.
Macro of hardened fabric mid-process beside a sharp steel stamping insert, cut edges clearly visible.
Designed tooling and fixtures for a compact automated system that converts hard-to-process fabric scraps into jewelry beads.
Lead with material, not machinery — the fabric is the hard part of this project.
Developed prototypes and mechanical interfaces for a powered mobility walker with integrated seating.
Signal human-centered work between two hardware-heavy projects.
Characterized helmet-padding precompression for impact-mechanics experiments and finite-element analysis; associated research was published in Annals of Biomedical Engineering.
Read immediately as research rather than product work.
Macro of a worn component — gear flank, clutch face, bearing race or belt — with the wear pattern clearly legible.
Applied diagnostic, repair, and modification skills across petrol, diesel, and electric power equipment—developing practical intuition for failure, serviceability, and real-world mechanisms.
Make the abstract idea of failure modes concrete and material.
Open to co-op, internship and project conversations in mechanical design, product development and R&D.