BEng (Hons) Electrical and Electronic Engineering (Including Foundation Year)

If you don’t quite have the right qualifications to start our three-year Electrical and Electronic Engineering degree or if you want to gain more confidence in higher level work, you could opt to start your studies with a foundation course in electrical and electronic engineering. The extra year is intended to give you the best possible preparation for success on the degree pathway. You’ll study introductory modules relevant to the degree course whilst developing key skills for academic study. Successful completion of the introductory foundation year will allow you to progress onto the degree in Electrical and Electronic Engineering.

As the electronics industry continues to grow worldwide, the demand for electrical and electronic engineering graduates is high. This Electrical and Electronic Engineering qualification offers a healthy balance between theory and practice, with the aim of producing graduates who can play leading roles in industry. We combine technical engineering with management and business skills, and cover a broad area of this subject discipline, including embedded computing, power, electrical, electronic and communications engineering.

This course is subject to validation.

UCAS Code Study Mode
2018
Duration Start Date Campus Campus Code
H613 Full-time 4 Years September Treforest A
UCAS Code Study Mode
2019
Duration Start Date Campus Campus Code
H613 Full-time 4 Years September Treforest A

Years one and two provide you with essential knowledge and skills to prepare you for the final years of the engineering course. Areas of study include analogue and digital electronics, embedded systems, mathematics, power, machines and control, and signals and digital communications. Lectures are strengthened by hands-on laboratory assignments, which use a range of modern software tools with practical hardware systems. This allows you to realise the theory in a practical way. Group and project work throughout the course will reinforce teamwork and develop transferable skills. In your final year, you will cover electronics design, control system design, power electronics and drives, telecommunications and embedded systems design. You’ll also undertake a major practical project.

Foundation Year: Electrical and Electronic Engineering degree

  • Foundation Calculus - 10 credits
  • Foundations of Mathematics - 20 credits
  • Understanding Signals - 10 credits
  • Introduction to Live Event Technology - 10 credits
  • Introduction to Renewable Energy - 10 credits
  • Fundamentals of Embedded Systems - 10 credits
  • Study Skills for Engineers - 10 credits
  • Electrical Science - 20 credits
  • Foundation Integrative Group Project - 20 credits

Year One: Electrical and Electronic Engineering degree

  • Mathematics for Engineers - 20 credits
  • Electrical Principles - 20 credits
  • Engineering Applications - 20 credits
  • Introduction to C programming and Embedded Systems - 20 credits
  • Analogue and Digital Electronics 1 - 20 credits
  • Health Safety and Professional Development - 20 credits

Year Two: Electrical and Electronic Engineering degree

  • Analogue and Digital Communications - 20 credits
  • Power, Machines and Control - 20 credits
  • Electrical Principles and Analytical Methods - 20 credits
  • Configuration and Programming of Embedded Systems - 20 credits
  • Analogue and Digital Electronics 2 - 20 credits
  • Group Project and Management for Engineers - 20 credits

Year Three: Electrical and Electronic Engineering degree

  • Communication Engineering and Application - 20 credits
  • Control System Design - 20 credits (Optional)
  • Power Electronics and Drives - 20 credits
  • Advanced Embedded Systems - 20 credits (Optional)
  • Electronics Design - 20 credits
  • Singleton Project and Project Management (40)
  • Supervised Work Experience (SWE) - 120 credits

 

Teaching

You will learn through lectures, which are supported by tutorials, practical sessions and seminar groups. Wherever possible, your work will be based on live projects and case studies, with contributions from industry professionals.

The Electrical and Electronic Engineering course includes activities that help you become self-reliant, self-motivated and resourceful, as well as develop leadership qualities and management expertise.

Assessment

There is a range of assessment methods. The first two years combine exams and assessments based on laboratory work, but in later years there are exams for technical options and coursework or reports for management and project work.

Accreditations

This Electrical and Electronic Engineering degree is accredited by the Institution of Engineering and Technology (IET) as partially satisfying the educational base for Chartered Engineer (CEng) status. This means that what you learn meets industry standards, so you will graduate with the engineering ability and managerial business skills to succeed. Students completing the MEng qualification will have gained a full educational base for professional development to become a Chartered Engineer (CEng status).

Placements

We encourage all students to complete a placement as part of their Electrical and Electronic Engineering qualification. On a sandwich placement, you can spend up to a year working in the industry to apply your new knowledge and learn new skills – it’s a great boost to your CV and can lead directly to employment when you graduate.

Facilities

Our industry-standard facilities help you make the transition from the classroom into an employment setting. We have three suites that include an embedded systems lab, general electronics lab, and power and renewable energy lab.

Our embedded systems lab contains 25 high-end terminals that run cutting edge development tools that have been designed in conjunction with our sponsor, Renesas – the world’s leading supplier of microcontrollers. This sponsorship means our students are taught using the most up-to-date technologies and development tools.

The general electronics lab is split into three sections – Computer Aided Design (CAD) and embedded systems, practical electronics, and communication engineering. You will learn how to use industry-standard software, construct prototypes, build and test printed circuit boards and use a range of equipment such as oscilloscopes and signal generators. In the communication engineering section, you will undertake experimental set-ups to support your understanding of theoretical principles. These set-ups include analogue and digital modulation schemes, microwave antennas, time and frequency division multiplexing, coding, transmission lines and fibre optics.

The power and renewable energy lab is where you will learn about the key components and construction skills involved in planning, designing, building and testing electronic circuits which are used in micro renewable energy systems. You will design and simulate your very own renewable systems, analyse performances and produce feasibility reports. Equipment you will find yourself using includes a photovoltaic solar energy unit, wind energy unit and lab-volt stations.

Lecturers

Entry criteria detail typical offers but USW considers all applications on an individual basis which means that we could make offers based on qualifications, personal profile and experience. Combinations of qualifications are acceptable and other qualifications not listed may also be acceptable.

Typical BTEC Offer

BTEC Extended Diploma Pass Pass Pass or BTEC Diploma Pass Pass

Typical IB Offer

Pass IB Diploma or two IB Certficates at Higher level.

Typical Access to HE Offer

Pass Diploma with 60 credits overall to include 45 level 3 credits all Passes

Typical A-Level Offer

EE

Typical Welsh BACC Offer

N/A

Additional Requirements

GCSEs: The University normally requires a minimum 3 GCSEs including Mathematics and English at Grade C or above, or their equivalent but consideration is given to individual circumstances

International Entry Requirements

We also welcome international applications with equivalent qualifications. Please visit the country specific pages on our international website for exact details.

English Requirements

In general, international applicants will need to have achieved an overall IELTS grade of 6.0 with a minimum score of 5.5 in each component.

However, if you have previously studied through the medium of English IELTS might not be required, but please visit the country specific page on our international website for exact details. If your country is not featured please contact us.

Full-time fees are per year. Part-time fees are per 20 credits. Once enrolled, the fee will remain at the same rate throughout the duration of your study on this course.

August 2018 - July 2019 Fees

  • Full-time UK and EU:  £9000 
  • Full-time International:  £12300 

August 2019 - July 2020 Fees

  • Full-time UK and EU: TBC
  • Full-time International: TBC

Additional Costs

Students have access to a wide range of resources including textbooks, publications, and computers in the University’s library and via online resources. In most cases they are more than sufficient to complete a course of study. Where there are additional costs, either obligatory or optional, these are detailed below. Of course students may choose to purchase their own additional personal resources/tools over and above those listed to support their studies at their own expense. All stationery and printing costs are at a student’s own expense.

UK and EU students

Apply via UCAS if you are a UK/EU residing applicant, applying for year one of a full-time undergraduate degree, Foundation Year, Foundation Degree or HND and you have not applied through UCAS before. If you are applying to study part-time, to top up your Foundation Degree or HND, or to transfer to USW from another institution, please apply directly

International students

Apply directly to the University if you live outside the UK/EU. 

Admissions statement

By the time you graduate from your Electrical and Electronic Engineering course, you will be ready for a leading role in the development of modern electrical and electronic systems: researching, designing, building and marketing the next generation of products.

Career opportunities exist in a wide range of engineering sectors including electronic engineering design and development, and the management and production of electronic systems and components for a wide range of applications. You may also develop and produce communication and computer systems, including hardware, software and signal processing aspects. You could work in medicine, communications, aerospace or the military, while your transferable skills will be valued in many sectors, particularly business.

Our Careers and Employability Service

As a USW Electrical and Electronic Engineering student, you will have access to advice from the Careers and Employability Service throughout your studies and after you graduate. Our Careers service has dedicated teams: A central work experience team to help you find relevant placements; an employability development team which includes an employability programme called Grad Edge; and an Enterprise team focused on new business ideas and entrepreneurship.