Master Robotics — from electronics and embedded systems to autonomous navigation, robotic arms, and AI-powered robots. The most in-demand engineering skill for Industry 4.0, smart manufacturing, defense automation, and space exploration. Used at ISRO, DRDO, Bosch, ABB, and leading robotics companies globally.
Robotics is one of the fastest-growing engineering disciplines, combining mechanical design, electronics, embedded programming, control systems, and artificial intelligence to build machines that can sense, think, and act autonomously. The global robotics market is projected to exceed $260 billion by 2030, driven by explosive growth in industrial automation, autonomous vehicles, surgical robots, drone systems, and space exploration. Engineers with robotics skills are among the highest-paid and most sought-after professionals at companies like ABB, Fanuc, Boston Dynamics, ISRO, DRDO, and leading automotive OEMs.
Our Robotics Engineering program takes students from electronics fundamentals all the way to building autonomous, AI-powered robots. The curriculum covers microcontroller programming (Arduino, Raspberry Pi), motor control, sensor fusion, robotic kinematics, PID control, line-following and obstacle-avoiding robots, robotic arm design, and an introduction to ROS (Robot Operating System) — the industry-standard framework used in professional robotics development worldwide.
Students will physically build and program multiple robots during the course — a line-following robot, an obstacle-avoidance robot, a robotic arm with servo control, and a Raspberry Pi-based autonomous mobile robot with camera vision. This hands-on approach ensures graduates can confidently work on real robotics systems and demonstrate practical skills in interviews and internships at robotics companies, defense PSUs, smart manufacturing firms, and research organizations.
Build real robots — not just theory. Hardware lab + AI vision + ROS in one program
Learn from robotics engineers with hands-on experience in industrial automation, defense robotics, and autonomous systems at leading organizations.
Physically build and program real robots — line followers, obstacle avoiders, robotic arms, and autonomous mobile robots — not just simulations or theory.
Integrate OpenCV and TensorFlow Lite for AI-powered robot vision — object detection, color tracking, and face recognition on embedded hardware.
Introduction to Robot Operating System (ROS) — the standard used in professional robotics globally for sensor integration, navigation, and robot communication.
Earn a recognized Robotics certificate — highly valued at ISRO, DRDO, ABB, Fanuc, smart manufacturing companies, and defense automation organizations.
Dedicated placement assistance for robotics engineer, automation engineer, and embedded systems roles at defense PSUs, manufacturing MNCs, and tech startups.
Complete module-wise breakdown — from electronics basics to autonomous AI-powered robots and ROS
Anyone dreaming of building robots — from students to working engineers and startup innovators
Final year engineering students who want high-demand robotics skills for placements at ISRO, DRDO, ABB, and automation companies
Students preparing for Robocon, Smart India Hackathon, DRDO competitions, and national/international robotics championships
Working professionals in manufacturing, automotive, and process industries who want to upgrade to robotics and Industry 4.0 engineering roles
Entrepreneurs building robotic products, agri-drones, warehouse automation, or defense tech startups who need end-to-end robotics skills
Join our Robotics Engineering program and become a certified robot builder ready for Industry 4.0