
An autonomous space telescope simulation that combines star target planning, attitude guidance, nonlinear state estimation, MPC control, closed-loop dynamics, and 3D mission visualization.

A controller comparison study for nonlinear spacecraft attitude regulation under model uncertainty, actuator limits, and persistent disturbances.

I designed and created a self-balancing robot that not only stabilizes itself but also holds position using a cascaded PID architecture on an ESP32, real-time sensing (IMU + encoders), and Wi-Fi/MQTT for live tuning.

Developed a 4DOF robotic arm capable of drawing shapes and characters on a plane, incorporating inverse/forward kinematics, modular CAD design, and servo actuation.