Understand the core concepts and components that define modern robotics. Learn about sensors, actuators, microcontrollers, and control systems. Explore how robots perceive, move, and interact with their environments. Gain hands-on experience through simulation and beginner robotics projects. Discover how AI, computer vision, and machine learning are shaping the future of robotics. Build a foundation for further study or careers in robotics, automation, and engineering.
The Introduction to Robotics course provides a comprehensive overview of how robots are designed, built, and programmed to perform intelligent tasks. It’s a perfect starting point for anyone interested in understanding how mechanical systems, electronics, and computer science come together to create smart, autonomous machines.
Through engaging lessons and hands-on exercises, students will explore the essential building blocks of robotics — including sensors, actuators, control systems, and algorithms that enable movement and decision-making. The course also covers key areas such as robot kinematics, path planning, computer vision, and the role of AI in robotics.
Ideal for students, engineers, and technology enthusiasts, this program helps learners develop the technical and creative skills required to understand robotic systems, preparing them for more advanced study or a career in robotics and automation.
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