
6-Axis Robotic Arm
Leading a multidisciplinary team developing a modular, 3D-printed, 6-DOF robotic arm with custom cycloidal actuator and ROS2 framework.
A collection of my work in robotics, embedded systems, and software engineering.

Leading a multidisciplinary team developing a modular, 3D-printed, 6-DOF robotic arm with custom cycloidal actuator and ROS2 framework.

Implemented Extended Kalman Filter for sensor fusion, combining IMU and GNSS data for accurate vehicle position estimation.

Transformed IEEE Concordia's workshop into a smart lab with self-hosted IoT network using WiFi, Zigbee, MQTT, and ML-based automation.

Building a custom drone with GPS mission planning, optical flow altitude hold, FPV head-tracking gimbal, and computer vision for fire detection.

Current project - Details coming soon.

Designed state-feedback controller and observers for 2-DOF torsional apparatus simulating satellite docking stress.

Developed a machine learning model to predict RNA sequence folding patterns and base pair matching.

Engineered a competition sumo robot with advanced CAD design, custom PCB, and embedded C++ programming.

Led a team of six building an autonomous maze-solving hovercraft using C programming, achieving 95% success rate.