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Relevant Coursework: Quantum Mechanics, Intro to Quantum Engineering, Microwave Circuits, Quantum Computing, Quantum Information Theory, Quantum Error Correction, Compiler Design, Numerical Data Analysis and Methods, Database Systems

Research and Work Experience

• Developed a Python library to integrate state-of-the-art ion trap data from Sandia National Labs and generate voltage control solutions via polynomial basis regression satisfying the Laplace equation.
• Reduced solution generation time from days to minutes by optimizing python inputs to Numpy and incorporating Numba to just-in-time compile the regression loops.
• Re-implemented the regression in 3 languages to perform a comparative study of the runtimes, precision, and type-safety of Python vs Julia vs OCaml in order to aid system design choices.
• Co-presented a poster titled “Control Infrastructure for Near-Term Long-Chain QCCD” at IEEE QCE 2023, demonstrating how the software integrates into a finite-state machine for scalable and rapid voltage control in quantum hardware.

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• Collaborated on the design and implementation of “Gamify Parks”, a Unity and C# mobile app developed with Children’s Health Hospital to promote physical activity and healthy habits among children.
• Deployed the application on iOS and Android platforms, integrating augmented reality (AR) and GPS features.
• Developed 2 games: Food Finder, an AR experience teaching nutrition, and Beacon Dash, a GPS-based game encouraging outdoor exercise.

Projects

• Integrated the calling structure of CirQ into Nim to investigate adding compile-time checks and type assertions into quantum circuits.
• CirQ calls leveraged Nim’s macro and abstract syntax tree inspection tools to generate a concise compile-time syntax that reflects quantum circuit designs.
• Tested against example circuits such as super-dense coding, quantum teleportation, and the Deutsch–Jozsa algorithm.

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• Built signal-intercepting, subtask-spawning Linux daemon in C++ with TCLAP and Crypto++ for creating restorable backups on file edits within a specified directory with encryption support.
• Added customization for further daemon tuning by incorporating an open source C++ library: rudeconfig.

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• Created the tiger compiler from scratch in SML as described in Andrew Appel’s ”Modern Compiler Implementation in ML”.
• Implemented phases on lexing, parsing, type-analysis, IR generation, instruction selection, liveness and register allocation, and assembly execution.

Skills and Technical Knowledge

C, C++, Rust, Fortran, Julia, Python, Java, SQL, Haskell, OCaml, SML, Nim, PHP, Javascript
Git, Github, Docker, Linux, Emacs, Qiskit, CirQ

Download Resume

Projects

This section highlights a collection of projects I've developed across various programming languages and areas of computer science. Each entry includes a brief description, implementation details, and, where available, a link (blue icons) to the project's GitHub repository.

Projects are organized by relevance and recency. Older or archived work may appear near the bottom of the page as I continue porting content that I have worked on and the new problems I undertake.

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