Problem Space
Shoulder arthroplasty design sits at the intersection of anatomy, materials, fixation, surgical workflow, long-term wear, and rehabilitation. A design decision is not only mechanical; it affects revision burden and patient recovery.
Patent + Medical Device
A patented shoulder arthroplasty implant concept focused on implant longevity, biocompatibility, revision surgery efficiency, and rehabilitation outcomes.
Patent Value
Problem Space
Shoulder arthroplasty design sits at the intersection of anatomy, materials, fixation, surgical workflow, long-term wear, and rehabilitation. A design decision is not only mechanical; it affects revision burden and patient recovery.
Design Goal
The glenoid implant concept focused on improving implant longevity and biocompatibility while reducing the burden of revision surgery and supporting better downstream rehabilitation outcomes.
Engineering Lens
The work reflects a biomedical engineering foundation: translating clinical constraints into physical design decisions, then considering how device behavior influences care delivery and patient movement after surgery.
Portfolio Relevance
This project anchors the medical-device side of the portfolio and connects naturally to later work in biomechanics, movement coaching, clinical communication, and human-centered healthcare tools.
Product Brief Draft
This page is the public-facing case study and product brief. A fuller PRD would document clinical need, user groups, anatomical constraints, design inputs, validation approach, surgical workflow implications, regulatory assumptions, and outcome measures.