
Solo
An autonomous unmanned ground vehicle built with Project Manas for the Intelligent Ground Vehicle Competition (IGVC) at Oakland University. Helped win IGVC 2019 and several other awards.
Build log
A running record of things built, from a competition UGV down to a Raspberry Pi clinometer.

An autonomous unmanned ground vehicle built with Project Manas for the Intelligent Ground Vehicle Competition (IGVC) at Oakland University. Helped win IGVC 2019 and several other awards.

A smartphone-based vein-imaging system that uses visible-spectrum image processing to visualize subcutaneous veins without IR hardware, aimed at making IV access easier for nurses. Won Second Place Grand Award in Biomedical Engineering at Intel ISEF 2017 and the Grand Award at IRIS 2016.

An AR/VR microscope on the Google Cardboard platform, operated hands-free by voice while exploring biological samples, doubling as a dental loupe and a live-streaming tool for remote guidance. Selected top 90 globally, Google Science Fair 2015.
A real-time voice-agent platform: a streaming ASR → LLM → TTS pipeline over SIP/WebSocket with VAD, turn-taking, and barge-in, built on the OpenAI APIs. Sub-1,000ms p95 end-to-end latency.

A Qt/C++ GUI and neural-network library for training and deploying networks from a config file, with training statistics, visualizations, and inference built in.
A CLI tool that clones and pulls updates for every repo in a GitLab group at once, since GitLab has no native way to do that.
A Kalman-filter based tracking module for pre-segmented objects in video, handling objects moving in and out of frame and tolerating positional noise.
A reusable Python library for unsupervised topic modelling (LDA) combined with extractive summarisation.
Heatwave prediction and notification: tracks weather data to predict onset, and can detect an adverse response in the user's body via a wearable and call for help automatically.
An iOS app to digitize treatment history, appointments, and department visits for a local dental hospital, built as a final project for an iOS course.

A low-cost indoor air-quality monitor using an Arduino Uno and an MQ-35 sensor to track CO2 and VOC levels. Won a model-making competition at St. Aloysius College, Mangalore.

A Bluetooth-controlled soccer-playing bot built from scratch for the Robo Soccer Challenge at PESIT University against 68 teams — reached the quarterfinals.

A Raspberry Pi device that measures building heights using an ultrasonic sensor and an MPU-6050 accelerometer/gyroscope — the first project I ever built, in 10th grade.