Electronic and Computer Engineering – (M.Eng.)

Contents

This programme is aimed at producing professional engineers with the technical skill to work and research in electronic engineering and computer systems engineering. Graduates will be able to design, integrate and develop technological solutions for the generation of computer systems.

The course will also address electronic, microelectronic, digital systems, computer engineering, computing and application of the technology.

Typical Modules
Level 1 Core (Year 1)

* Engineering Mathematics
* Computers and Digital Systems
* Programming and Software Engineering
* Devices and Circuits
* Personal and Analytical Skills
* Level 1 Workshop

Level 2 Core(Year 2)

* Electronic Systems and Interfacing
* Communications and Signals
* Object Oriented Software and Systems Design
* Computer Architecture and Digital Systems
* Quality Engineering and Management
* Electronics Engineering Workshop

Level 3 Core (Year 3 or 4)

* Individual Project

Level 3 OptionalSelect four from the following:

* Advanced Electronics
* Advanced Digital Systems
* Multimedia Signal Processing
* Digital Communication Systems
* Software Engineering and Technology

Level 4 Core (Year 4 or 5)

* Law, Business and Enterprise for Engineers
* Digital VLSI Design
* Embedded Systems Engineering
* Research Methods and Case Studies
* Group Project and Project Management

Teaching and LearningStaff Expertise

We take pains to maintain our high level of teaching. Lecturers are at the leading edge of their fields and many are internationally and nationally recognised for their work. They act as consultants for major companies, are often widely published and have good links with industry, so they know exactly what is going on in the commercial world.

Hours

In level 1 you will have about 18 taught hours a week. This will fall to around eight hours oflectures and seminars in level 3, with one whole day of project work. In addition to this, staff are normally happy to answer queries outside this time.

We operate an open door policy where you can drop in and chat or email lecturers with your questions. Students are expected to carry out a total of 40 hours study a week, including contact hours.

How will I be taught?

Lectures

These provide a broad overview of key concepts and ideas relating to your course and give you a framework from which to carry out in-depth study.

Laboratories

Staff/student ratio of 1:10 - one supervisor and a demonstrator. These are normally stand alone three hour sessions where students can develop, understand and practice using industry standard equipment. They provide an informal environment in which to explore new ideas and apply what you have learnt in lectures, with the help of a tutor.

Workshops

In a workshop you will work on more complex problems with guidance from a member of staff. This might involve producing an artefact or a design solution. These allow you to develop new intellectual and practical skills and also serve to reinforce material learnt in lectures.

Tutorials

Up tosix students. At level 1 this will be an opportunity to look at your academic knowledge and to develop personal skills, such as communication ability and study skills.

One-to-one

You will get one-to-one supervision for all project work, throughout all levels. If you go on a placement you will also be allocated an industrial tutor who will help you set objectives, monitor your progress, and provide further support if you need it.

You will also have a personal tutor who is available to discuss both academic and personal problems.

Other

Guest speakers from prominent organisations, research seminars and external site visits.

AssessmentLevel 1 does not count towards your final degree mark but you have to pass this year to continue with the course.

Several methods of assessment are employed on the course. There are written examinations at the end of each term but work is also continuously assessed throughout. You will undertake projects, assignments, essays, laboratory work and short tests.

Project work is commonplace and is usually completed in groups to imitate the everyday experience in an engineering firm where specialists must pool their talents to design a solution to some problem.

In this situation you can develop your management and leadership skills and ensure that all members of the group deliver their best. Group members share the mark gained, so it is up to each individual to get the most out of everyone else.