Robotics & Artificial Intelligence – Advanced Level

Program Description

This advanced course provides students with practical experience in robotics, AI, machine learning, IoT, and computer vision using Raspberry Pi and NVIDIA Jetson platforms. Students will learn to design and program intelligent robotic systems by integrating sensors, microcontrollers, and AI models. They will develop solutions using Python and C/C++ within the Robot Operating System (ROS) environment, enabling real-time decision-making and connectivity through IoT. By the end of the course, students will be equipped to build intelligent, AI-powered robots for real-world applications and will be confidently prepared to thrive in an AI-driven future.

Duration: 12 Months

Age Group: 14 to 18 years

Level: Advanced

Mode: Physical

What Will You Learn?

AI, Computer Vision, IoT, and Cloud Robotics basics
Raspberry Pi and NVIDIA Jetson board for AI-robotics
Exploring Machine Learning Models for Robotics
Building IoT-Enabled Devices and Networks, and Controlling
Designing and Testing Autonomous Robots with AI Capabilities
Hands-on Projects in AI, ML, IoT and Robotics for Real-World Applications

Students will complete SIX structured modules, followed by a Capstone Robotic Project to demonstrate their learning and practical skills.

Modules You Will Cover

Module 1: Intelligent Robotics Foundations, Kinematics & Hardware Systems (Understanding How Robots Think, Move & Interact with the Physical World)
Module 2: Robotics Programming, ROS & Motion Control (From Embedded Code to Autonomous Navigation & Intelligent Motion)
Module 3: Robot Perception, Computer Vision & Sensor Fusion (Giving Robots Eyes, Awareness & Spatial Intelligence)
Module 4: Artificial Intelligence, Machine Learning & Reinforcement Learning for Robotics (From Data to Decision-Making in Intelligent Robots)
Module 5: IoT-Enabled Robotics & Future Technologies (Connecting Robots to the Cloud & Exploring the Future of Automation)
Module 6: Capstone Innovation Project – AI-Powered Robotic Systems (Design, Build & Demonstrate a Real-World Intelligent Robot)