Daniel O'connor is an applied mathematician and staff scientist with nine years of experience building optimization and machine learning algorithms for medical physics, computer vision, and defense applications. He designed beam orientation and fluence-map optimization engines that became core components of startups Celestial Oncology and RefleXion Medical, and his work at Arete Associates helped win a $3M contract to deliver airborne-derived river current mapping. Comfortable translating theory into production, he has a track record of shipping patented, peer-reviewed solutions and teaching graduate courses in ML and numerical analysis. Based in San Francisco, he blends deep convex-optimization expertise from a UCLA Ph.D. with hands-on C++ and imaging systems development, often tackling nonstandard geometry and large-scale inverse problems.
9 years of coding experience
16 years of employment as a software developer
Bachelor of Science (with honors), Mathematics, Bachelor of Science (with honors), Mathematics at The University of Texas at Austin
Contributions:41 pushes, 1 branch in 2 years 6 months
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