• Developed a distributed physics simulation platform for complex geometries using modern numerical methods. C++ library released on Github with CI/CD with Docker• Scaled simulation of red blood cell flows to nearly 35,000 cores and observed 32x parallel speedups (video: https://vimeo.com/329509229)• Open-sourced lightweight C++ interface for 3D data visualization and actively contributing to open-source geometry library• Organized AGILE daily stand-ups for project management among peers• Developed deep learning architecture to learn physical models from simulation data• Served as technical lead and manager on several concurrent projects.

• Developed novel optimization and linear programming algorithms and applied them to problems in non-convex optimization and machine learning. • Built and maintained a modular Python codebase containerized in Docker with CI/CD and robust test coverage; algorithmic improvements yielded 1000x speed-ups. • Served as project lead in a weekly AGILE sprint with five engineers.

• Created simulation of particle flows through blood vessels in C++.• Validated implementation against known results

• Developed and implemented new algorithms in Python for topologists to use, automating tasks that previously took several hours to perform by hand. Code released on Github• Proved new theorems using the codebase and dramatically improved researchers’ productivity• Technical lead of a group of two other students. Resulted in one publication.

• Developed and implemented a robust, adaptable biometric system with performance superior to state of the art systems. • Built a distributed biometric system with provable security guarantees even if parties are compromised.• Lead developer in a group of four students. Resulted in two publications.

• Designed a reduced-order model for diagnosing stenosis from an MRI scan of a patient's blood vessels and numerical simulations.

• Designed a real-time airline collision prevention system for commercial airlines to supplement existing on-board systems.

• Taught three lab sections of Introduction to Computer Science for Majors I• Guided students through coding problems and supplemented the professor's lectures as needed.

• Built and open-sourced a Python object wrapper for Cassandra, which helps developers quickly integrate distributed databases into their infrastructure. 20x improvement in database read/write performance. Project head and technical lead. • Designed and implemented back-end infrastructure, wrote front-end HTML/CSS templates in Jade and Jinja, an helped with web design and Javascript as needed