/* * - Programming Language Design * - Compiler Design * - Hardware Optimizations (related to compiler design) * - Operating Systems * - Computer Graphics * - Algorithm Design */

/* * Relevant coursework: System Cyber Security, Cryptography, Compilers, Computer Graphics, * Machine Learning, Operating Systems, Algorithms and Data Structures, Databases 1/2, * Computer Networks. * * Clubs: Mobi (software engineering club), Cyber Security, ACM. */

/* * I owned the C++ geometry engine and Rust nesting engine end to end, contributed heavily * across the Python/FastAPI backend and Next.js shop floor UI, and built a computer vision * pipeline along the way: a C++/OpenCASCADE engine that replaced an entire manual quoting * team, automated DFM and geometry repair that eliminated the need for a dedicated CAD team, a * Rust nesting engine that saves thousands a week in material, and a vision system that * detects scrap metal so we stop wasting new sheets. * * I also built and maintained REST endpoints across a Python/FastAPI backend spanning quoting, * checkout, materials, designs, etc... with Pydantic models and a service layer over Postgres * (Supabase), writing SQL queries and schema migrations, and shipping it all with Docker and * GitHub Actions CI/CD. * * On top of that, I built operator facing shop floor tools (Next.js/TypeScript) for an * in house MES that turn specialist CAD/CAM work into simple, guided steps, lowering the * barrier to entry so technicians could operate the line and earn higher pay. */

/* * - Monitored 50 students over class concepts to solidify understanding of material such as * regular and context free languages, finite state and pushdown automata, and Turing machines. * - Collaborated with 5 other Teaching Assistants in supervising and correcting exams. * - Evaluated and provided feedback on weekly assignments to ensure upward progress. */

// Researched malware packing classification using hardware performance counters; trained ML // classifiers in Python on a labeled dataset, co-authoring a published IEEE paper.

// Open source CodeCAD application (C++) that compiles part definitions written in code into 3D // solid geometry through an OpenCASCADE kernel. Custom scripting language (.kts) with functions, // typed parameters, and a pipe operator, parsed by a Flex/Bison front end.

// Senior design project built with a small team: an open source, browser based 3D modeling tool // akin to Blender. Implemented in browser 3D modeling, rendering, and STL export with React Three // Fiber (Three.js).