About Me
I'm a Senior studying CS at Tufts University, and just wrapped up at Delsys, a wearable-sensor company in Natick, where I worked as an R&D Embedded Software Engineer Intern writing embedded C++ for a field-deployed bio-sensing and communication platform under active research.
I love projects or problem spaces that really allow me to go deep — getting the chance to build a real understanding of the how and why behind the way things work. My interests lean towards systems programming, networking, and recently embedded — though I'm always happy to learn more about any area I encounter.
I bring a creative perspective to technical work through my background in audio engineering, including my current part time position running live sound for music events at Tufts. Outside of tech, you'll find me playing guitar, woodworking, producing music, hiking, or snowboarding!
About Me
I'm a Senior studying CS at Tufts University, and just wrapped up at Delsys, a wearable-sensor company in Natick, where I worked as an R&D Embedded Software Engineer Intern writing embedded C++ for a field-deployed bio-sensing and communication platform under active research.
I love projects or problem spaces that really allow me to go deep — getting the chance to build a real understanding of the how and why behind the way things work. My interests lean towards systems programming, networking, and recently embedded — though I'm always happy to learn more about any area I encounter.
I bring a creative perspective to technical work through my background in audio engineering, including my current part time position running live sound for music events at Tufts. Outside of tech, you'll find me playing guitar, woodworking, producing music, hiking, or snowboarding!
Experience
R&D Embedded Software Engineer Intern
Delsys
Embedded development, testing, and system engineering on a field deployed bio sensing and communication platform under active research:
- Redesigned the interface and implementation of real-time sensor data structures to eliminate race conditions and maximize performance in the device's concurrent embedded C++ software pipeline, validated through on-device profiling and testing infrastructure.
- Improved the functionality and reliability of a C++ driver for networked acoustic data streams — ironing out failure cases and alignment bugs, and improving reconnect handling. Integrated and shipped the driver as a new data source in a Windows .NET monitoring app, adding an automated build process resolving existing portability concerns.
- Designed a scripted, repeatable multi-router evaluation across four outdoor sites at 5–75 m, measuring sustained throughput, latency, and packet loss against system requirements; my recommendation was adopted into the platform after I presented the analysis.
- Built highly configurable on-device tooling to meet the needs of diverse packet-transmission field testing scenarios, streamlining data collection tasks for algorithm development.
Software Engineering Intern
Financial Recovery Technologies
- Automating PDF table extraction with ML libraries to build pipelines for client data intake.
- Using Python + SQLite to automate file deduplication, folder name standardization, and legacy file transfers by searching, analyzing, and collecting metrics on terabytes of data over millions of files stored on a secure data drive.
- Built automated front end regression tests using Javascript and Cypress to increase code coverage across web application.
Music Event Technical Staff
Tufts University Music Department
- Multitrack audio/video mixing, recording and post-production for live events in venues seating up to 300 people held at Tufts University covering a variety of genres like folk, classical, jazz, and conference-style events
Founder & Director
Amherst Community Coding Program
- Secured grant funding from the City of Amherst through presentation of a comprehensive project proposal & budget to city Council.
- Provided free after-school coding classes where I designed and taught lessons, rented equipment, hired assistants, and communicated with caretakers while teaching programming fundamentals.
Teaching Assistant
Holyoke Codes
- Designed & taught coding lessons at non-profit tech camp building skills I later utilized to found my own coding program.
Projects
An LLM-powered academic advisor injected into the Tufts student portal by a custom C MITM-proxy that spoofs TLS certificates to intercept encrypted traffic. A Python backend injects the widget and answers questions using RAG over a database of scraped Tufts course data.
A wireless MIDI accordion built around dual ESP32s communicating over ESP-NOW, with soft-pot keys and time-of-flight bellows sensing. Battery powered and self-contained in laser-cut acrylic, streaming to Max/MSP for MIDI conversion.
A performant grid-based particle simulation of sand, water, stone, and gas with physics interactions, rendered with the RayLib C graphics library. Built on a modular OOP architecture with a centralized world grid driving the simulation loop.
A Guitar Hero inspired rhythm game implemented entirely in SystemVerilog on an iCE40 FPGA, with VGA graphics and buffered I2S audio playback from MicroSD. Custom Python tools convert MIDI into note data and write processed audio directly to SD card sectors.
A robot vacuum simulator driven by a hierarchical behavior-tree AI, featuring dynamic dust accumulation and priority-based battery management. A real-time GUI visualizes cleaning behavior across the discrete grid environment.
Education
Tufts University
BS in Computer Science
- Dean's List
- Relevant Coursework: CS112: Network Systems, CS160: Algorithms, CS40: Machine Structure and Assembly Language Programming, CS131: Artificial Intelligence, CS15: Data Structures, ES4: Intro Digital Circuits, EE14: Embedded Systems, ES95: Electric Instrument Design, Linear Algebra, Calc I/II.