Module description
The module will provide the students with an understanding of the basic elements of mechatronics, i.e. sensors, signal conditioning, displays, actuators, control systems and system response, andmicrocontrollers. The student will learn how to simulate the electronic components of mechatronicssystems using CircuitLab (www.circuitlab.com). They will also learn how to prototype applicationsusing components and breadboard. The basic mathematical models of mechatronics systems will belearned and applied through practical problem solving. A mini‐project will be carried out to apply amicrocontroller to a practical application, integrating the learnt components of the module.
Assessment details
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50% coursework
50% examination
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Semester 1-only study abroad students will have an online exam, in-person in December as an alternative assessment to the examination.
Full year study abroad students will need to take the exam with degree seeking students in exam period 1.
Please note, the assessment format is subject to change. Any changes will be communicated to students in due course.
Educational aims & objectives
The module will provide the students with an understanding of the basic elements of mechatronics: sensors, signal conditioning, displays, actuators, control systems and system response, and microprocessors with interfacing.
Learning outcomes
On completion of the course the students should be able:
- To demonstrate an understanding of the key components of mechatronics systems, i.e. Sensors, signal conditioning, displays, actuators, control systems/system response, and microcontrollers.
- To demonstrate the ability to carry out simulations using the CircuitLab environment.
- To demonstrate the ability to carry out prototyping of simple mechatronics systems.
- To understand and critically evaluate the tole and impact of mechatronic systems on healthcare.