Design, build, and program intelligent robots. Create connected devices and shape the future of automation.
Explore ProgramsChoose your level - from beginner to advanced automation
Introduction to robotics with LEGO kits, basic sensors, motors, and block-based programming. Build simple robots and understand mechanics.
Arduino, Raspberry Pi, sensors, actuators, and IoT fundamentals. Build line-followers, obstacle avoidance robots, and smart home devices.
ROS (Robot Operating System), computer vision for robots, autonomous navigation, and industrial automation. Build drones and robotic arms.
Advanced IoT protocols, cloud connectivity, edge computing, PLC programming, and Industry 4.0 applications. Real-world projects.
What you'll learn across our programs
Build real-world robotics and IoT applications
Build an autonomous robot that follows a path using IR sensors
BeginnerControl lights, fans, and appliances via mobile app
IoTRobot that navigates around obstacles using ultrasonic sensors
RoboticsProgram a drone for autonomous flight and obstacle avoidance
AdvancedSoil moisture monitoring and automated irrigation system
IoTProgram a robotic arm for pick-and-place operations
AutomationIndustry-standard hardware and software
Hands-on learning with quality components
Uno R3, sensors, motors, LEDs, and components for 20+ projects
Pi 4, camera module, sensors, and accessories for IoT projects
Metal chassis, motors, wheels, and motor drivers for building robots
Frame, motors, flight controller, and propellers for building drones
Where our alumni are making an impact
Design and build robots for manufacturing, healthcare, and service
Design connected systems for smart cities, homes, and industries
Work on self-driving cars, drones, and autonomous vehicles
Implement industrial automation and robotics in manufacturing
Our faculty are industry professionals and researchers
PhD Robotics - IIT Kanpur, Ex-ISRO
RoboticsMS - Carnegie Mellon, IoT Architect
IoT & AutomationBITS Pilani