Physics-First
Robotics
Merging the fundamental principles of Nuclear Physics with the frontiers of Autonomous Robotics. Engineering systems that don't just mimic behavior, but understand the underlying physical constraints.
BACKGROUND
My journey began in the rigorous world of Nuclear Physics, where I learned that the universe is governed by immutable laws. This foundation informs every line of code I write and every actuator I calibrate.
Transitioning into Robotics, I observed a gap between software abstraction and physical reality. My mission is to bridge this gap through high-fidelity simulations, hardware-aware algorithms, and a physics-first engineering mindset.