Description
Introduction to Robotics: Sensors, Actuators & Logic introduces you to the fundamental components and logic behind intelligent robotic systems. Starting with an overview of robot anatomy—manipulators, mobile bases, end-effectors, and controllers—you’ll explore how robots perceive their environment and make decisions. The course focuses on the interplay between sensors (ultrasonic, infrared, LiDAR, vision systems) and actuators (servo motors, stepper motors, pneumatics), showing how sensory data is processed to guide motion and interaction. You’ll study control logic through state machines, feedback loops, and basic programming using platforms like Arduino or Raspberry Pi. Concepts like localization, obstacle avoidance, PID control, and sensor fusion are covered, along with simulations using tools like Gazebo or Webots. The course features practical labs where students design and build simple autonomous robots capable of following lines, avoiding obstacles, or navigating mazes. You’ll also explore real-world robotic applications in manufacturing, healthcare, agriculture, and space exploration. By the end, you’ll have the foundational knowledge to progress into advanced robotics, embedded systems, or mechatronics.
Ufuoma –
The way the course breaks down complex topics into digestible segments is brilliant. I especially appreciated the visual demonstrations of logic gates and sensor feedback loops.
Tanko –
I took this course to better support my high school robotics team, and it delivered beyond expectations. The module on logic control was especially useful for explaining concepts to students.
Bolanle –
As someone who tinkers with Arduino and Raspberry Pi, this course helped me bridge the gap between code and mechanical systems. I finally understand how sensors interact with actuators in real-time.
Cordelia –
This course gave me a solid foundation in robotics. The explanations of sensors and actuators were clear, and the hands-on logic exercises helped me understand how everything connects in real systems.
Theresa –
Great course for beginners entering the field. The balance between theory and practical examples is perfect. It helped me during onboarding at my new job working with robotic arms.