Brown University Providence, RI

B.S., Applied Mathematics-Computer Science

Expected May 2028 · GPA 4.00/4.00

The Pennington School Pennington, NJ

Class of 2024 · GPA 4.23/4.00 (Cum Laude)

The Shubert Organization New York, NY

Ticketing Technology Intern

July 2024 - August 2024

• Built an internal web app (JavaScript, HTML, CSS) for XML-based API call replication/testing.
• Onboarded Ticketmaster as an API partner by aligning contracts and workflows.
• Investigated API errors with SoapUI and authored production support issues.

Ivy Tutors Network / Manhattan Elite Prep Remote / New York, NY

Private SAT Tutor

April 2025 - Present

• Provide individualized tutoring for the digital SAT with a focus on the math section, emphasizing both score improvement and long-term mathematical intuition for future coursework.
• Build personalized LaTeX practice sets and track progress against student goals.

PeerReview Study Session Platform

February 2026

• Built a full-stack platform (FastAPI, SQLAlchemy, React, Material UI) for Brown students to create, browse, and join course-specific study sessions.
• Implemented Google OAuth + JWT auth, Brown email gating, profile-linked course lists, and backend validation for session windows, capacity limits, and overlap rules.
• Shipped filtering and session workflows across Browse/My Sessions views, including course/location/time filters, attendee management, and Google Calendar event export.

Roblox Independent Game Development

June 2020 - August 2024

• Designed and programmed a Roblox game from scratch using Lua.
• Scaled to 15-20M lifetime visits and ~400 peak concurrent players.
• More details (revenue, mechanics, etc.) available upon request.

Forge Blokus Constraint Model for CSCI1710

March 2026

• Built a Forge (Alloy) model of simplified Blokus, representing polyominoes as connected 3x3 offsets with anchor-based placement on a global board.
• Implemented multi-state placement transitions that enforce non-overlap and preserve previously placed pieces as the board evolves.
• Validated correctness with formal tests for well-formedness, board-bound constraints, and state-transition rules that prevent filled cells from being removed.