The Control and Dynamical Systems module provides students with knowledge of the way systems behave over time and how to design and implement control systems
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Credits
15
Module code
EG32001
You will learn a working knowledge of the way systems behave. You will also learn how to calculate the important quantities of vibration, such as natural frequency.
You will also develop your understanding of automatic control systems. This will allow you to design controllers for a variety of simple systems.
You will learn about the different aspects of multi-parameter systems and automatic control systems.
What you will learn
In this module, you will:
gain a solid foundation in the principles of control and dynamical systems
learn important skills to aid the pursuit of a rewarding career in engineering
By the end of this module, you will be able to:
calculate important quantities of vibration
design controllers for simple systems
apply your skills to real-world industrial control-based problems
Assignments / assessment
coursework MATLAB (15%)
based on the practical sessions
LabView laboratory report (15%)
written exam (70%)
Teaching methods / timetable
seminars
tutorials
practical sessions, which include using:
MATLAB SIMULINK
LabView (DC Motor Control; Vertical Take-off and landing, and Sensor Measurement)
Week
Topic
1
Measurement and control systems
2
Sensors and transducers used in feedback systems
3
Laplace transforms and open and closed loop systems
4
System stability and frequency response
5
Introduction to vibration analysis
6
Modal analysis and multiple DOF systems
7
System stability using Routh-Hurwitz method
8
Time response and system order
9
Frequency response, Bode plots, and Nyquist criterion