Summary
Winona Richey is a Senior Research Engineer with nine years of experience applying computer vision and computational methods to surgical guidance and medical imaging. Currently at POLARISAR she develops augmented reality navigation systems for orthopedic surgery, translating PhD research on image-guided breast-conserving surgery into clinical-grade software. Her background spans end-to-end prototyping—including Python toolchains, 3D Slicer integrations, Qt interfaces, stereo camera surface acquisition, and biomechanical registration—demonstrating a rare blend of research rigor and production engineering. She also has a strong track record mentoring and leading teams, from supervising tutors to coordinating service-learning programs, reflecting a commitment to expanding STEM access. Notably, she has deployed systems on human subjects and iterated with surgeons, showing practical impact beyond publications.
9 years of coding experience
6 years of employment as a software developer
Bachelor of Science and Engineering - BSE, Biomedical/Medical Engineering, Computer Science, Bachelor of Science and Engineering - BSE, Biomedical/Medical Engineering, Computer Science at Tulane University
Doctor of Philosophy - PhD, Biomedical/Medical Engineering, Doctor of Philosophy - PhD, Biomedical/Medical Engineering at Vanderbilt University