| Programme |
UCAS Code
(BEng/MEng) |
Description |
| Systems and Control Engineering |
H690/H660 |
The aim of our Systems and Control Engineering courses is to cover advanced control system design technologies as well as standard approaches to systems engineering and computer control. The primary application of control systems engineering is in industrial systems, but it can also be applied in many other disciplines. For example, ideas that can help a systems engineer design a modern aircraft flight control system can also be applied to complex biological processes, economic systems and environmental control.
Undergraduate Prospectus 2014:
Systems and Control Engineering MEng
Systems and Control Engineering BEng
Systems and Control Engineering with a Year in Industry MEng
Systems and Control Engineering with a Year in Industry BEng
|
| Systems and Control Engineering with a Year in Industry |
8L16/0G31 |
| Computer Systems Engineering |
H130/G500 |
Our Computer Systems Engineering courses are designed for students who wish to add a greater knowledge and understanding of computers to their basic Systems Engineering skills. You will take the core modules on systems and can choose from a range of computer hardware and software engineering modules. The emphasis is on developing an understanding of the use of computers, both in design and programming, within complex engineering systems and in many diverse applications. This distinguishes our courses from more conventional computer science and software engineering courses.
Undergraduate Prospectus 2014:
Computer Systems Engineering MEng
Computer Systems Engineering BEng
Computer Systems Engineering with a Year in Industry MEng
Computer Systems Engineering with a Year in Industry BEng
|
| Computer Systems Engineering with a Year in Industry |
2A47/8M74 |
| Mechatronic and Robotic Engineering |
H361/H360 |
These courses in Mechatronic and Robotic Engineering study devices that combine mechanical and electronic components with control and software engineering. Mechatronics engineers are in great demand from a wide range of industries, including automotive, aerospace, medical, defence and manufacturing. Via our balanced but challenging range of modules you’ll learn how to design, analyse and evaluate robots, autonomous vehicles and other complex electro-mechanical systems. The courses also cover how to control robotic systems using modern hardware and microprocessor technology.
Undergraduate Prospectus 2014:
Mechatronic and Robotic Engineering MEng
Mechatronic and Robotic Engineering BEng
Mechatronic and Robotic Engineering with a Year in Industry MEng
Mechatronic and Robotic Engineering with a Year in Industry BEng
|
| Mechatronic and Robotic Engineering with a Year in Industry |
2G36/2S15 |
| Systems Engineering with a Foundation Year |
H653/H659 |
If you have non-standard entry qualifications this could be your route to a systems engineering degree. Successful completion of the relevant foundation programme guarantees entry onto our degree programmes.
Undergraduate Prospectus 2014:
Systems Engineering with a Foundation Year
|
| Systems and Control Engineering (Engineering Management) |
HN62/H1NF |
You will register for our established MEng degree in Systems and Control Engineering and will initially concentrate on the technical engineering subjects required for a professional Engineering career. You will then have the option, subject to progression requirements, to transfer to the Engineering plus Management option of the degree at the end of the second year. The third year contains enhanced management content, and the final (fourth) year involves a substantial element of management study in our internationally renowned Management School.
Undergraduate Prospectus 2014:
Systems and Control Engineering (Engineering Management) MEng
Systems and Control Engineering (Engineering Management) BEng
|