Ernakulam, Kerala, India
I'm a Robotics & Automation Engineering graduate (CGPA 9.48, KTU) with an Honors Degree and Minor in Electronic & Communication Engineering, specialising in UAV systems, ROS2, SLAM, and embedded hardware. I've built robots that fly, swim, and help people recover, from a biomimetic ornithopter that secured a ₹2L University grant, to a LiDAR-equipped amphibious robot that earned a second grant and an IEEE conference publication. I also filed a design patent for the ornithopter, and interned at Genrobotics Innovations where I contributed to G-KAI, an assistive arm rehabilitation device. Outside the lab, I founded Ornistra Intelligence (a UAV startup), led the Drone Club at my college to 30+ members, and served as Design Lead at the Robotics Society of India and ISA, running workshops, mentoring teams, and connecting students to industry. I work across the full robotics stack: mechanical design in SolidWorks and Fusion 360, embedded programming in C/C++ and Python, ROS2 software development, sensor integration, and real-world field testing.
Headed a team in launching a startup "Ornithra Intelligence" specializing in drone delivery services for the medical industry, utilizing ornithopter technology. Secured ₹2,00,000 in funding from APJ Abdul Kalam Technological University and Kerala Start-up Mission for prototype development and Minimum Viable Product (MVP).
Founded the college Drone Club, leading initiatives to educate and empower peers on drone technology, including basic flight mechanisms and controls, fostering a community of innovation and hands-on learning.
Developed robot software and control system modules for G-KAI, a 4-DOF assistive arm rehabilitation device. I programmed simultaneous multi-motor control and real-time motion tracking via Simulink on a Linux-based NUC module, and designed and implemented a NoSQL data pipeline using MongoDB for structured patient session storage and retrieval. I also collaborated closely with hardware engineers and clinical teams to validate device performance against design specifications.