Robotics & AI Training
The next decade belongs to intelligent machines. This program teaches robotics fundamentals — kinematics, sensors, actuators — and combines them with AI for perception, decision-making and control. You'll work with ROS and real robotic kits to build a small autonomous system as your capstone.
The next decade belongs to intelligent machines. This program teaches robotics fundamentals — kinematics, sensors, actuators — and combines them with AI for perception, decision-making and control. You'll work with ROS and real robotic kits to build a small autonomous system as your capstone.
Syllabus
- Robot Kinematics
- Sensor Integration
- Actuators & Control
- Computer Vision for Robots
- Path Planning
- ROS (Robot Operating System)
- Reinforcement Learning Intro
- Capstone Autonomous Robot
What you will learn
- Build and program a small autonomous robot
- Use ROS for sensor fusion
- Apply CV to robot perception
- Plan paths and avoid obstacles
Tools you will use
- ROS
- Python
- OpenCV
- Arduino / Raspberry Pi
- Gazebo Simulator
Projects
- Line-following robot with CV
- Voice-controlled robotic arm
- Autonomous wheeled robot in Gazebo
- Capstone hardware demo
Career paths
- Robotics Engineer
- Automation Engineer
- AI Robotics Researcher
- Mechatronics Specialist
Who should join
- Engineering students
- Automation professionals
- AI engineers entering robotics
Prerequisites
- Basic Python helpful (we cover from scratch)
- High-school math
- Curiosity for problem-solving
Certificate
AI specialization certificate with deployed real-world AI projects in your portfolio.
Syllabus
- Robot Kinematics
- Sensor Integration
- Actuators & Control
- Computer Vision for Robots
- Path Planning
- ROS (Robot Operating System)
- Reinforcement Learning Intro
- Capstone Autonomous Robot
Learning outcomes
- Build and program a small autonomous robot
- Use ROS for sensor fusion
- Apply CV to robot perception
- Plan paths and avoid obstacles
Tools
- ROS
- Python
- OpenCV
- Arduino / Raspberry Pi
- Gazebo Simulator
Projects
- Line-following robot with CV
- Voice-controlled robotic arm
- Autonomous wheeled robot in Gazebo
- Capstone hardware demo
Career paths
- Robotics Engineer
- Automation Engineer
- AI Robotics Researcher
- Mechatronics Specialist
Who should join
- Engineering students
- Automation professionals
- AI engineers entering robotics
Prerequisites
- Basic Python helpful (we cover from scratch)
- High-school math
- Curiosity for problem-solving
Frequently asked questions
Do I get hands-on with real robots?
Yes — we have practical sessions with Arduino/Pi-based kits and ROS-Gazebo simulation.
Who is this course designed for?
It is designed for: Engineering students; Automation professionals; AI engineers entering robotics.
Do I build real projects?
Yes. Project work includes: Line-following robot with CV; Voice-controlled robotic arm; Autonomous wheeled robot in Gazebo. All of it goes into your portfolio.