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In this unit, you'll explore mechatronics, an interdisciplinary field that merges mechanical engineering, electronics, computer engineering, and control engineering. You'll learn to design and implement intelligent systems and devices used in industries like automotive and healthcare. This course covers the integration of mechanical, electronic, and programming components to create responsive technologies and examines their applications in various sectors to enhance safety, precision, and efficiency.
You will study the hardware aspects of mechatronic systems, focusing on microcontrollers, sensors, and actuators, and develop software for system control through real-world problem-solving. Hands-on projects will allow you to apply your theoretical knowledge to design, simulate, and test systems. By the end of this unit, you'll have a solid foundation in creating integrated, efficient mechatronic systems, equipping you with the skills needed for technological and engineering advancements.
Introduces the basics of mechatronics and explores its practical applications. You will also get an overview of the Micro:bit V2 and Maqueen Robot.
Learn about microcontrollers, CPUs, and basic computer architecture. This part also covers instruction sets, opcodes, registers, and basic programming for mechatronic systems.
Discover the role of sensors in mechatronics and how to handle different data types. You'll also learn about light, motion, and environmental sensing.
This section focuses on servos, DC motors, hydraulic systems, and pneumatics in mechatronics. It also covers end effectors, manipulators, and essential mechanical engineering principles.
Explore control systems, including closed-loop control and algorithms for mechatronic control. You will also study autonomous control systems used in mechatronics.
POWER, ELECTRICAL AND WIRING
POWER, ELECTRICAL AND WIRING
Learn about the power requirements and energy management for mechatronic systems. This part includes wiring diagrams, electrical considerations, materials selection, and simulation and prototyping techniques.
USER INTERFACES AND TESTING
USER INTERFACES AND TESTING
Develop user interfaces for mechatronic systems and learn about unit testing and system validation. This section also covers techniques to ensure the reliability and efficiency of your systems.
MECHATRONICS PROJECT
MECHATRONICS PROJECT
Plan and develop a real-world mechatronic system, considering ethical implications. This final section includes project integration, presentations, and reflections.
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