Learn how real automation and robotics systems are designed —
fundamentals first, structured, and industry-aligned.
Build the correct mental models for automation systems. Learn architecture, control logic, safety concepts, and why real systems differ from hobby projects.
View Course
Understand DC motors, stepper motors, servos, torque, speed, drivers, and mechanical considerations used in real automation and robotics systems.
View Syllabus
Learn how sensors provide feedback, how systems detect failure conditions, and how safety logic is implemented in real-world automation.
View Syllabus
Design robust embedded control logic using state machines, non-blocking code, and event-driven architectures.
View Syllabus
Analyze complete automation systems such as smart devices, CNC concepts, and industrial-style control architectures.
View Syllabus
Understand mobile robots, robotic arms, humanoid architectures, and why advanced robotics systems are complex.
View Syllabus