02 — Technology
Robotics Tutorials
From industrial history and kinematics to sensing, actuation, ROS, embedded control, and applications — a structured path for builders who need depth, not demos.
6 modules · 42 chapters · 83 credit hours
Curriculum
Choose a module
Fundamentals of Robotics and Automation
A comprehensive introduction to robotics — from historical foundations to advanced dynamics
7 chapters
14 hrs
Sensing & Perception
Explore the full spectrum of robotic sensing — from interoceptive joint encoders and IMUs that measure a robot's own state, to exteroceptive cameras, LIDAR, and force sensors that perceive the surrounding world. Understand the physical principles, specifications, and fusion strategies that underpin modern robot perception systems.
7 chapters
16 hrs
Actuators & Motion
From classical electric motors to bio-inspired artificial muscles — the complete actuator landscape for modern robotics
7 chapters
14 hrs
Modelling in ROS, AI and Machine Learning
From ROS 2 fundamentals to deep learning and autonomous navigation — building intelligent robotic systems
9 chapters
18 hrs
Embedded Control and Mechatronics
From microcontroller fundamentals to industrial communication protocols and closed-loop robot control
5 chapters
9 hrs
Applications and Future Directions
From biorobotics and humanoids to industrial automation, safety standards, ethics, and the startup ecosystem shaping the future of robotics
7 chapters
12 hrs