BEng (Hons) Computer Engineering (BEng/CE G563)

The Degree Programme

Computer systems represent the worlds largest and fastest growing industry. Computer engineers working with these technologies are concerned with the application of state of the art solutions to society's problems, to generate change for the benefit of all. To optimise the use of our planet's resources, there is a need for things to be more efficient, reliable and safer. Tomorrow's engineers must continue to innovate and pioneer in a creative way and communicate their knowledge with clarity and understanding. Society has high expectations of professional engineers, our degree courses will help you on your way to meeting these expectations.

At School or College you may have built small control circuits as part of project work, or perhaps "tinkered" with radios as a hobby. You will almost certainly have "hacked" away at the computer. In choosing you degree course you will find a vast, almost bewildering range of titles, some of which will mean more to you than others. The parallel disciplines of Communication, Computer, Electrical, Electronic and Robotic Engineering all share a common core of fundamental knowledge on which the more specialist topics are based. Therefore we have made the first and second years of our BEng (Hons) degree courses common.

Today, Engineering involves close collaboration and communication with Engineers from other disciplines, indeed almost all major projects depend for their success on effective teamwork. Studying with students from parallel pathways will benefit you by broadening your horizons, helping your understanding and increasing your communication skills. In addition to developing existing interests you may acquire new ones and decide that you would like to change pathway. The flexible structure means that you can do this right up to the beginning of your final year of studies. In fact many students change their pathway as a result of a positive experience during their sandwich placement year.

Pathway Descriptor

Computer Engineering

This is a new course and has been designed to meet the increasing demand for graduate engineers with both software and hardware skills. The PC, as we know it, was only introduced about fifteen years ago and now there is hardly anywhere in the world that is not affected by the advance of computers. Many complex engineering systems now have computers "embedded" in them and the demand for engineers to configure these and write the advanced software is growing daily. Communication networks and distributed telemetry systems themselves are controlled by powerful computers running complex realtime software. There is almost a technological revolution happening as the internet provides visual interaction for home shopping, banking, video conferencing, telecommuting etc. Graduates are increasingly being required for both system designers and system managers and opportunities for rapid promotion are common. The specialist final year options in this pathway provide the first step to this growing range of career choices. See our entry under studentprofiles.

Course Details

BEng(Hons) courses are three years full time or for most students without previous industrial experience, four years sandwich, the third year being spent in industry. The title of the degree award depends on your choice of final year options.

Academic Year
Small group tutorials support all lectures providing opportunity for interactive feedback between students and tutors. Laboratory work provides "learning by doing" opportunities. Project work, often linked to real industrial problems is a recurring feature of the course. Students are encouraged to acquire communication skills required for effective team work by doing small group projects. Independent learning and creative design skills are developed by individual project work.

Click here for Entry requirement

BEng (Hons) Computer Engineering
Stage 1
Autumn Semester
Spring Semester
Module
Exam
Course Work
Module
Exam
Course Work
Mathematics I
50
50
Mathematics II
70
30
Electrical Principles I
50
50
Electrical Principles II
70
30
Design as a Generic Tool  
100
Analogue Circuit Design
50
50
Analogue Electronics
50
50
Digital Circuit Design
50
50
Digital Electronics
50
50
Communications System Design
50
50
Computer Systems & Software I  
100
Business Studies
70
30
Stage 2
Autumn Semester
Spring Semester
Module
Exam
Course Work
Module
Exam
Course Work
Mathematics III
80
20
Mathematics IV
80
20
Electrical & Communication Principles
80
20
Digital Communications
80
20
Industrial Control & Interface Design
50
50
Software Engineering & High Level Programming
50
50
Microprocessor System Design
50
50
Design Project  
100
Radio Frequency Circuit Design
50
50
Network Systems
70
30
Business Dynamics  
100
Control Systems
70
30
Stage 3
Linked Modules examined at the end of the Spring Semester
Autumn Semester
Spring Semester
Module
Exam
Course Work
Module
Exam
Course Work
Network Architectures and Design     Network Architectures and Design
80
20
Intergrated and Programmable Electronics     Intergrated and Programmable Electronics
80
20
Software Techniques     Software Techniques
80
20
ADA & Software Engineering
60
40
Operations Management
70
30
Individual Project (double module)     Individual Project  
100
Software Management and Measurement
80
20
ADA & Software Engineering
60
40

Accreditation

This course is accredited by the Institution of Electrical Engineers (IEE). After an appropriate period in industry, in a post of suitable responsibility, graduates with a first or second class honours degree may apply to become Chartered Engineers and use the letters C.Eng. MIEE.

Outstanding Educational Opportunities

  • Industrial support for undergraduate project work.
  • Industrial placements available across Europe and in Japan.
  • Final year sponsorship from placement company often available.
  • Modern management and business practice integrated into the course.
  • Modern, well equipped laboratories.
  • State of the art equipment and software.

Information

For all admissions enquiries and application information contact:-


Dr Peter White
Senior Admissions Tutor
Department of Communication & Electronic Engineering
University of Plymouth
Drake Circus
Plymouth PL4 8AA

E-mail:P.White@plymouth.ac.uk
Tel: 01752 232594/232607
Fax: 01752 232583
Mobile: 0468 670297(evenings and weekends)