A machine learning system that predicts server hotspots and redistributes workloads across data center racks before they overheat — 94% prediction accuracy with a 75% drop in critical incidents. Built in 4 hours at the Claude NJIT Hackathon (1st Place).
AI-powered embedded development from your phone — describe a device in plain language and Forge generates hardware-aware firmware, compiles it in the cloud, and flashes your ESP32 over the air. No laptop, no USB. Built at TartanHacks 2026 (CMU).
A messaging-native travel planning agent that lives in the group chat — it detects when a trip is forming, remembers each person's constraints, and turns casual chatter into concrete coordination: polls, itineraries, and a next step. Built at the Agentic AI Hackathon (SF).
A low-cost (~$100), 3D-printed hand prosthetic driven by a single linear actuator — fishing-line tendons pull the fingers into a fist so the wearer can grip and carry everyday objects. FED 101 design project in NJIT Mechanical & Industrial Engineering.
SHPE NJIT's official mobile app — the first student-built app in NJIT history, shipped in 27 days and now live on the App Store (5.0★) and Google Play. A cross-platform hub for events, QR check-in, a social feed, and a seasonal points leaderboard.
A privacy-first ambient memory companion — a tiger that sits on a shelf, watches the room, and remembers events (not video). Ask it what happened in plain English. Built at HackPrinceton 2026.
The official website for NJIT's SHPE chapter (shpenjit.org) — a fast, animated Next.js site spanning events, the annual Gala, convention, sponsors, programs, and team, with a self-serve admin dashboard the e-board uses to publish events.
A from-scratch 2D simulator for autonomous robot navigation — a differential-drive robot that steers itself to clicked waypoints with a proportional controller, plus manual keyboard driving and a live trajectory trail. Built in Python with Pygame.
Conducted rigorous finite element analysis through iterative cycles on a Baja SAE roll cage for maximal structural efficiency.
