I'm a Computer Engineering student at NJIT with a minor in Data Analytics (Class of Dec 2026). I'm passionate about the intersection of high-speed digital hardware design and low-level firmware development. When I'm not routing differential pairs, I'm usually simplifying life with a new sub-routine or micro-optimizing memory accesses for a loop in a microcontroller.

• NJIT Solar Car CAN IO board: Designing and writing firmware for an STM32G0B1 CAN IO board. Details coming soon!
• High-Speed PCB Design: Architected a 6-layer board for the STM32N657I0H3Q microcontroller. It boasts a 512Mb external XSPI Flash memory, 128Mb SDRAM via the FMC interface, MIPI CSI, and a plethora of other peripherals (4 UARTs, 2 SPIs, 2 I2Cs, Timers, etc.)
  • Originally intended for use on the SolarVision Mower, but we ultimately didn't have time to get all the code functioning.
  • Currently working on unit tests for all supported peripherals.

• BitSum Lecture Summarizer: A completely local, docker based AI stack which takes input of audio/video lectures, and transcribes and summarizes them. Uses OpenAI Whisper for transcription, and Microsoft BitNet for efficient CPU-based summaries.
• USB Logic Analyzer: A custom USB logic analyzer, built around an STM32F446 microcontroller. Features UART, SPI, I2C, and CAN signal decoding, as well as waveform plotting, using Python and Go.
• SessionSummary Email Generator: Created a fully custom email generator for the Mathnasium of Chatham + 4 other centers. Utilizes Javascript and Node.js, and custom (effectively reverse-BNF grammar) email generation algorithm to generate 110-150 emails per day.
• The SolarVision Mower: An autonomous, solar-powered lawnmower utilizing YOLOv8 Segmentation, LiDAR, and Ultra Wideband Positioning for intelligent navigation and obstacle avoidance. Utilizing an STM32, ESP32, FreeRTOS for concurrent tasks, and custom firmware for both.

Find my resume here!

• LinkedIn: https://www.linkedin.com/in/avr33
• Website: https://avr34.github.io/