A TARS-inspired walking robot
I’m designing and sketching a walking robot for Robotics Studio at Columbia University, taught by Hod Lipson. The concept takes inspiration from TARS in Christopher Nolan’s Interstellar.
Columbia Engineering · B.S. candidate, 2028
Computer Science + Embedded Systems
I build embedded systems combining software, electronics, sensors, and physical hardware.


A three-ESP32 system that monitors soil moisture, controls a watering valve, and sends email updates.
Embedded systems · Baxter · 2026

A Python research pipeline that ranks technology stocks against their peers and tests simulated portfolios against market benchmarks.
Software & data · Personal project
I’m designing and sketching a walking robot for Robotics Studio at Columbia University, taught by Hod Lipson. The concept takes inspiration from TARS in Christopher Nolan’s Interstellar.
We’re testing an augmentative and alternative communication (AAC) application and evaluating how well it supports communication. I’m keeping the underlying approach private while the work is in progress.
Physics Major
2023–2026
Software Engineer Intern
Summer 2026
Computer Science B.S. Candidate
SEAS · Combined Plan Program
Expected 2028
C++ firmware, ESP32, ESP-NOW, SPI / W5500 Ethernet, sensor integration, deep sleep & time synchronization
Control-circuit design, MOSFET / solenoid control, wiring, perfboard soldering, hardware–software debugging
Python, pandas, NumPy, openpyxl, data-quality diagnostics, historical backtesting & benchmark comparisons
Python, Java, Kotlin, Git, Android Studio
OpenWakeWord, Whisper, JiWER analysis, SpeechBrain, TensorFlow Lite
CAD, Autodesk Inventor, 3D printing, protective enclosures
About
I’m a Computer Science student in Columbia Engineering’s Combined Plan Program, with a physics and pre-engineering background from Providence College. I previously worked as a Software Engineer Intern at Baxter International.
I enjoy building complete systems—from software to electronics and physical hardware. Working across those areas keeps me learning and helps me understand each part more deeply. What I find most satisfying is bringing the pieces together and seeing the whole system work.
Experience, education, and activities in my résumé ↗Alongside engineering, I play piano and write my own pieces.