< BACK
Course Overview: Robotics 1

Welcome to Robotics 1, an introductory, hands-on course designed to bridge the gap between imagination and engineering. This course provides a foundational understanding of how robots perceive, think, and act in the physical world.

Through a blend of theory and high-energy lab work, students will explore the evolution of automation and master the technical skills required to bring machines to life.

Core Learning Modules

  • The Robotic Legacy (History & Careers): Trace the timeline of robotics from ancient automata to modern-day AI. We will explore the diverse career paths in the industry—from Mechatronics Engineering to Robotics Technicians—and how automation is reshaping the global workforce.

  • Safety & Ethics: Before we power up, we establish the "Laws of Robotics." Students will learn industrial safety protocols and engage in debates regarding the ethical implications of AI, privacy, and the displacement of human labor.

  • Anatomy of a Bot (Types & Components): We categorize the mechanical world into Industrial, Service, and Exploratory robots. You'll dive deep into the "nervous system" of a robot, studying:

    • Actuators & Motors: The muscles.

    • Sensors: The senses (Ultrasonic, IR, Gyroscopes).

    • Controllers: The brain (Microcontrollers and Logic).

    • Power Systems: The heart.

Hands-On Projects

This course is defined by its lab work. Students will move from theoretical diagrams to physical builds through two cornerstone projects:

Project Focus Areas Hardware/Software

The Robotic Arm Kinematics, Degree of Freedom (DoF), Servos, Potentiometers, and precision manipulation. C++/Block Coding.

Autonomous Smart Car Navigation, Obstacle Avoidance, DC Motors, Ultrasonic Sensors, and Sensor Fusion. Microcontrollers, C++ coding.

By the end of this course, you won't just be a "user" of technology; you will be a creator. You will have a portfolio of working robots and a firm grasp of the logic required to program complex autonomous behaviors.

Note: Prior programming experience is not required, but is highly roccommended, and a curious mind and a willingness to "fail forward" are essential.