Robotics & Embodied AI
Build machines that think and move
Design, build, and program robots from the ground up. From sensor integration to autonomous navigation, learn the full stack of modern robotics — including the AI that makes them intelligent.
Available Classes
Enroll in individual classes or take the full program
Robotics Fundamentals
Introduction to robotics: mechanical systems, electronics basics, and your first robot build. Understand actuators, sensors, and control loops.
Sat 9 AM-3 PM
Topics Covered
- Robot Anatomy
- Actuators & Motors
- Sensors & Feedback
- Basic Electronics
- First Robot Build
Sensor Integration & Perception
Make robots see, hear, and feel. Integrate cameras, LiDAR, IMUs, and other sensors. Process sensor data for real-time decision making.
Sat 9 AM-3 PM
Topics Covered
- Camera Systems
- LiDAR & Depth Sensing
- IMU & GPS
- Sensor Fusion
- Computer Vision Basics
Autonomous Systems & Navigation
Program robots that navigate, plan, and adapt. ROS2 framework, SLAM, path planning, and obstacle avoidance.
Sat 9 AM-3 PM
Topics Covered
- ROS2 Framework
- SLAM Algorithms
- Path Planning
- Obstacle Avoidance
- Simulation (Gazebo)
Embodied AI & Learning Robots
Where AI meets the physical world. Reinforcement learning for robots, sim-to-real transfer, and building robots that learn from experience.
Sat 9 AM-3 PM
Topics Covered
- Reinforcement Learning
- Sim-to-Real Transfer
- Imitation Learning
- Robot Manipulation
- Multi-Robot Systems
Full Curriculum
Everything you'll learn across all classes in this program
Robotics Fundamentals
4 weeks- Robot Anatomy
- Actuators & Motors
- Sensors & Feedback
- Basic Electronics
- First Robot Build
Sensor Integration & Perception
3 weeks- Camera Systems
- LiDAR & Depth Sensing
- IMU & GPS
- Sensor Fusion
- Computer Vision Basics
Autonomous Systems & Navigation
4 weeks- ROS2 Framework
- SLAM Algorithms
- Path Planning
- Obstacle Avoidance
- Simulation (Gazebo)
Embodied AI & Learning Robots
5 weeks- Reinforcement Learning
- Sim-to-Real Transfer
- Imitation Learning
- Robot Manipulation
- Multi-Robot Systems
Career Outcomes
What you'll be able to do after completing this program
- Build functional robots from scratch
- Program autonomous navigation systems
- Integrate sensors for real-world perception
- Apply AI techniques to physical systems
- Work with ROS2, the industry-standard robotics framework
Prerequisites
What you need before starting this program
- Basic programming knowledge helpful but not required
- Interest in building physical systems
- Beginner class has no prerequisites
Ready to get started?
Have questions about the Robotics & Embodied AI program? Reach out and we will help you find the right classes for your goals.