
6-Axis Robotic Arm
Leading a multidisciplinary team developing a modular, 3D-printed, 6-DOF robotic arm with custom cycloidal actuator and ROS2 framework.
Computer Engineering Student | Robotics & Embedded Systems
Building intelligent machines, one system at a time.
Computer Engineering student at Concordia University
I build intelligent machines that interact with the physical world. Currently working on experimental space-rover platforms at CUARL and leading robotics projects through IEEE Concordia.
Selected work in robotics, embedded systems, and software.

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.
Professional experience in robotics, embedded systems, and engineering.

Concordia University Aerospace Robotics Lab (CUARL)
May 2025 — Dec 2025 • Montreal, QC • internship
Working on CRAWLR (Concordia Robotic Articulated Wheel-Legged Rover), an experimental space-rover platform for push–pull locomotion research in unstructured planetary terrain.

Microchip Technology Inc.
Sep 2024 — Dec 2024 • Montreal, QC • internship
Collaborated with engineers in validating hardware for 800G Ethernet PHYs with 112G PAM4 SerDes used for high-speed data centers.

Concordia University
May 2024 — Present • Montreal, QC • part-time
Teaching Assistant for multiple engineering courses including System Hardware, FPGA Design, and Embedded Programming.
My path through education, work, and projects.