Selected Research & Other Work

Below you may find some of my selected research projects and other works. Click on a project box or the arrow to expand for more details.

Research

• Stony Brook University COMPAS Lab: MLISA ▼ ►

  Compiler & Architecture Development, Machine Learning, Cpp/ARM/RISCV/LLVM/MLIR/PyTorch

  I served as the project lead on this research initiative, which incorporated multiple graduate students. My work focused on developing novel compiler infrastructure and architecture for machine learning acceleration hardware.

  • This work began as a Simons Fellow, a highly competitive program with a <4% acceptance rate.
  • It subsequently continued as a full-time Research Assistant in Prof. Mike Ferdman's COMPAS Lab at Stony Brook University.

• University of Michigan Future of Programming Lab ▼ ►

  CS Education Software, OCAML/ReasonML/Menhir

  I was the first high school lab member working in Professor Cyrus Omar's FP Lab at the University of Michigan.

  • Collaborated with PhD students on thesis projects to develop computer science education software.
  • The software developed is currently used in multiple university courses.
  • Investigated tile-based editors and languages.

• New York University Martiniani Lab ▼ ►

  Computational Physics Algorithm, Rust

  I was the only high schooler in this graduate-level research lab, where I studied graduate-level theoretical physics with Professor Stefano Martiniani.

  • Developed a nested-sampling algorithm in the Rust language for use in multiple physics research labs.

Independent Projects

• SWO Wants Options (SWO) ▼ ►

  Compilers, Award-Winning Language Project, C#/LLVM

  I created a novel general-purpose compiled programming language designed for use in computer science education. This project entailed multiple years of self-teaching and research work in compiler development.

  • Received the 3rd Place Grand Award in the International Science and Engineering Fair (ISEF).
  • Recognized as a Regeneron Science Talent Search (STS) Top 300 Scholar in America's oldest and most prestigious science competition.

• Safe Water Operation ▼ ►

  Congressional App Winner, Webdev/JS/React

  I developed an app that allows Long Island residents to quickly and easily check the real-time quality of their local bodies of water and understand safety through generative AI integration. This project was the winner of the Congressional App Challenge for district NY01.

• Greenvim ▼ ►

  Custom Neovim IDE, Lua/Linux

  A Neovim configuration built to be as powerful as an IDE but as light and fast as vanilla Vim. Greenvim features a minimalistic look while having as many features as most IDEs.

Other Projects

• Lemelson-MIT InvenTeam ▼ ►

  Tick Overpopulation Solution, Founder & President, 3d-Printing/Biology/Business/Design

  As Team President & Founder, I founded a $60k+ grant-winning MIT InvenTeam dedicated to solving the problem of tick overpopulation in the local community of Long Island and the Northeast.

  • Researched tick behavior and attractants in collaboration with the Suffolk County government.
  • Designed a novel 3D-printed tick deterrence/trapping device.
  • Presented our work at Town of Huntington board meetings and MIT.

• NHRL Combat Robotics ▼ ►

  Co-Captain, 3d-Printing/CAD/Manufacturing

  I was part of the only all-high school NHRL team competing in an international competition, featuring a novel design that inspired other larger teams.

• FRC Robotics Team ▼ ►

  Co-Captain, Java/Kotlin/3d-Printing/Design

  As co-captain, I built a custom swerve drivetrain complete with no-accelerometer odometry, PIDs, field orientation, and a self-correcting motion-profiled autonomous mode.