Robotics & Automation Engineer specialized in autonomous systems and intelligent automation that solve real manufacturing problems. My mission is to make machines not just efficient, but genuinely autonomous. I've had the privilege of engineering at PCI Pharma Services, Pricol Industries, and Drexel University and more.
Robotics & Automation Engineer with early-career experience in manufacturing systems, process optimization, and robotic system design. A recent Master's graduate in Robotics and Autonomy at Drexel University, after a Bachelor of Engineering in Robotics and Automation from PSG College of Technology. I've improved production efficiency through real-time monitoring solutions in regulated environments and contributed to the design and navigation of autonomous mobile robots — skilled in Lean practices, OEE improvement, and automation tools like ROS2. Eager to apply robotics and automation expertise to drive efficiency and innovation in engineering roles.
Designed the mechanical structure of an industrial AMR in SolidWorks and developed ROS2-based navigation by integrating SLAM algorithms; optimized the towing/tugging mechanism for smoother operation and higher load capacity. Built at Pricol Industries.
Final year project (lead) — designed and developed an autonomous robotic system using sensor-based navigation and BLDC motor control, with full mechanical design in SolidWorks and embedded systems for real-time motion control.
Project lead — designed and simulated a battery-powered RC EV for eco-friendly agricultural weed control, including a feasibility study on sustainable farming alternatives.
Compared traditional and ML-based path planning algorithms and identified optimal collision avoidance techniques across platforms; presented at ICAARS 2022.
Details coming soon — this project is still being finalized.
College of Engineering Dean's Scholarship · CGPA 3.56
CGPA 7.98/10
The best way to reach me: