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A repository for robotics and computer vision algorithms and papers I have implemented.
C++98 modular simulator for attitude control of a 3D rigid body. Implements physical dynamics, PID-based feedback control, sensor emulation with noise and drift, and delayed actuator execution. Designed with testability, precision, and embedded system constraints in mind.
control system education files (MATLAB codes)
Electromechanical gripper arm for assisting individuals with limited mobility
This project implements a smart air flow stabilization system for wind tunnels, ensuring precise and stable airflow conditions. The system dynamically adjusts fan speed based on real-time feedback from a flex sensor measuring the angular displacement of a flap. This flap angle directly reflects airflow stability.
PID Control of Height for Tello Drone
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