
Building Electromechanical Systems
Combine mechanical components with electronic controls to create functional mechatronic devices. Students will design and build a system to solve a specific problem.
About This Topic
Combine mechanical components with electronic controls to create functional mechatronic devices. Students will design and build a system to solve a specific problem.
Key Questions
- How do motors and servos interface with electronic control circuits?
- What are the main challenges of integrating moving mechanical parts with delicate electronics?
- How can we ensure reliability and safety in our electromechanical designs?
Active Learning Ideas
See all activities→Activities & Teaching Strategies
See all activities
More in Processes and Control
Understanding Mechanisms and Motion
Explore how mechanical components like gears, levers, and pulleys transfer motion and force in engineering systems. Students will investigate mechanical advantage and motion conversion.
2 methodologies
Fundamentals of Electronics
Discover the basic components of electronic circuits and how they control the flow of electricity. Students will learn to identify components and assemble basic circuits safely.
2 methodologies
Systems Thinking: Inputs, Processes, Outputs
Learn how to break down complex engineering systems into simple input, process, and output stages. This topic introduces the foundational logic behind automated control.
2 methodologies
Programmable Control and Microcontrollers
Introduce programmable logic and microcontrollers to automate engineering processes. Students will write basic code to control hardware components.
2 methodologies
Testing, Troubleshooting, and Refinement
Develop strategies for testing control systems, identifying faults, and improving performance. Students will evaluate their completed projects against their original design briefs.
2 methodologies