ResearchCase study
Reverse-engineering a Class II reverse shoulder arthroplasty system end to end.
- Biomechanics
- Materials (Ti-6Al-4V, porous titanium, crosslinked UHMWPE)
- FDA 510(k)
Case studies
Device teardowns, stakeholder interviews, and literature review — the analysis side of the engineering work.
Reverse-engineering a Class II reverse shoulder arthroplasty system end to end.
Interviews with 12 healthcare professionals on where engineering fails clinicians, and what they actually need.
A PROSPERO-registered systematic review of material degradation in cobalt-chromium dental prostheses.
Every project page follows the same template: problem, requirements, architecture, design decisions, scope, implementation, verification, failures, limitations, and links. Sections without evidence yet are marked pending rather than filled in.