Advanced Control and Systems Engineering Modules

2018/19

Autumn semester

ACS6101: Foundations of Control Systems 30 credits
ACS6102: State-Space, Non-Linear and Optimal Control 15 credits
ACS6103: Signal Processing and Estimation 15 credits

Spring semester

Core Modules
ACS6110: Embedded Systems and Rapid Control Prototyping 15 credits
ACS6116: Advanced Industrial Control 15 credits
ACS6200: Control Systems Project and Dissertation 60 credits
Optional Modules (30 credits from the following):
Either ACS6123: Intelligent and Vision Systems or ACS6402 Industrial training programme (ITP) in Advanced Manufacturing 15 credits
Either ACS6121: Robotics and Autonomous Systems or ACS6124: Multisensor and Decision Systems 15 credits
* students should be aware that option choices may be restricted by timetabling constraints and by the pre-requsities required by individual modules.

Advanced Control and Systems Engineering (with Industrial Management) Modules

Autumn semester

ACS6101: Foundations of Control Systems 30 credits
ACS6102: State-Space, Non-Linear and Optimal Control 15 credits
ACS6103: Signal Processing and Estimation 15 credits

Spring semester

Core Modules
ACS6110: Embedded Systems and Rapid Control Prototyping 15 credits
ACS6200: Control Systems Project and Dissertation 60 credits
MEC6022 Managing - Engineering Projects and Risk 10 credits
MEC6314 - Design Innovation Toolbox 10 credits
MEC6428 - The Professional Responsibility of Engineers 10 credits
Optional Modules
One of the following:
ACS6116: Advanced Industrial Control 15 credits
ACS6121: Robotics and Autonomous Systems 15 credits
ACS6123: Intelligent and Vision Systems 15 credits
ACS6124: Multisensor and Decision Systems 15 credits
* students should be aware that option choices may be restricted by timetabling constraints and by the pre-requsities required by individual modules.