Robotics components and systems
In this sub-module, learners explore the core building blocks of robotics and how these essential parts function together to bring robots to life. We begin by investigating fundamental mechanical, electrical, and computational components, the structural backbone of any robotic system. Next, we examine sensors, the “eyes and ears” that allow robots to interpret their surroundings, and actuators, the “muscles” that convert energy into motion. We then explore controllers, the “brains” responsible for processing inputs and making real-time decisions. By understanding how these elements collaborate, you’ll gain insight into what makes each robot unique and capable of sophisticated tasks. Through interactive discussions and practical examples, this sub-module sparks curiosity by revealing how seamless integration of components leads to innovative designs. Upon completion, you’ll have a solid foundation in robotics components and systems, enabling you to imagine new possibilities and shape the future of robotics.
Curriculum
- 6 Sections
- 6 Lessons
- 10 Weeks
- Introduction to robotics componentsEmbark on a deeper exploration of the core elements that make robots function effectively. Understand how mechanical, electrical, and computational parts work in harmony. By grasping these fundamentals, you’ll pave the way for more creative and efficient robot designs.1
- SensorsDiscover the “senses” of a robot and how they gather vital information from the environment. Examine different types of sensors, their roles, and applications. By learning how sensors interpret data, you’ll spark new ideas for building responsive and intelligent machines.2
- ActuatorsInvestigate the “muscles” that enable robots to move and interact with the world. Learn how actuators convert energy into mechanical motion, whether through motors, hydraulics, or other means. This knowledge will inspire inventive ways to power your robotic creations.1
- ControllersUncover the “brains” behind robot operations and see how they process sensor inputs to direct actuators. Understand programming logic, feedback loops, and real-time decision-making. By mastering controllers, you’ll unlock the secrets to creating more autonomous and capable robots.1
- What is the micro:bit?1
- Test your knowledgeReinforce your understanding of robotics components and systems through a concise assessment. Confirm your progress, reflect on new insights, and identify areas for further curiosity-driven exploration.1
