At Meril Life Sciences, I established the visualization foundation for a greenfield surgical navigation platform, integrating VTK 9.6.0 and libigl into a C++20/Qt codebase. I shipped NRRD/STL rendering across 2D and 3D views and developed registration improvements that reduced ankle-center estimation error from 7 mm to 1 mm.
At Stryker, I engineered features for the Mako robotic platform and built tools that reduced manual QA effort by 90%. I also co-invented two filed patents in surgical planning and tracking accuracy.

