Tilt-Compensated Digital Compass with IMU-Magnetometer Fusion
Architected and engineered a high-reliability embedded sensor fusion framework to build a navigation-grade tilt-compensated digital compass. Utilizing a 3-axis magnetometer coupled with a 3-axis accelerometer (IMU), this system accurately estimates true heading dynamically, overcoming physical tilt errors and local magnetic field distortions in real-time.
A look at Dead Orbit's STAR MAP, taking you from the main menu into a 3D planetary system with 10 worlds, custom shaders, and interactive planet selection
The loading sequence uses data binding and state machines to track progress and handle the transition into the map
Built with Rive CLI, GPU Canvas, Luau scripting, and WGSL shaders
SupportFlow AI is a customer support management system built with Python, PySide6, FastAPI and PostgreSQL.
It helps teams manage customer requests, assign priorities and responsibilities, track conversations, and generate AI-assisted response suggestions while keeping a human in control of the final reply.
I built the application structure, interface, backend integration, database workflows, API layer and automated testing.
The conversation-revision idea sounds useful. I would also check that revision on the server when accepting the send, so a message arriving between review and click cannot slip through. Mark the draft stale while keeping the human edits visible. Two useful regression cases: a...