BEng(Hons) Electrical and Electronic Engineering
This course is open to applications. However, please be aware that we are currently experiencing a high demand for this programme and are unable to guarantee that we will be able to review applications submitted after the UCAS application deadline for September 2023 entry.
Page last updated 16 May 2023
Study full or part-time on this course designed to equip you with the skills to succeed in your career.
Why study electrical and electronic engineering?
We're facing a global energy crisis, with an urgent need for sustainable electricity solutions, for both now and the future. Increased demand is leading to a shortage of fossil fuels, resulting in supply chain issues and soaring energy prices across the global economy.
Study electrical and electronic engineering and you'll be at the forefront of solving today's energy challenges. Play a vital role in developing technology to reduce our carbon footprint and you'll make a real difference to society.
Electrical and electronic engineering is a multidisciplinary area, bringing together several disciplines to deal with real-world challenges. These range from power, electronics, digital and analogue, computing, system design, mathematics and physics.
From power electronic solutions for electric vehicles and aircrafts to renewable energy resources, advances in these fields are transforming the way we travel and power our homes and businesses. As an electrical or electronic engineer, you'll become a champion of social impact, designing innovative energy solutions to reduce society's power consumption.
Why UWE Bristol?
Our new inclusive, problem-based curriculum will broaden our engineering audience, enabling students from a wider range of backgrounds to pursue a career in engineering.
You'll be taught in our new state-of-the-art School of Engineering designed to revolutionise the way engineering is taught. Featuring engine test cells, dedicated collaborative learning spaces and the latest high-tech equipment, it's purpose-built to support a wide range of engineering disciplines.
Where can it take me?
As a student engineer, you'll start your professional journey towards becoming an incorporated or chartered engineer from day one. You'll learn by doing, applying and revisiting your early skills through embedded project weeks and developing digital and physical prototypes, as you would in practice.
Choose a career designing electrical and electronic systems, working on consumer technology or solving engineering problems for communications and power generation/distribution companies. You could also work in technology, manufacturing, transport and rail, aviation and a host of other industries.
Watch: The learning and teaching experience
The optional modules listed are those that are most likely to be available, but they may be subject to change.
You will study:
- Engineering Practice 1
- Principles of Electrical Engineering
- Mathematical Modelling for Electronics and Robotics
- Programming for Engineers
- Applied Electronics.
You will study:
- Engineering Practice 2
- Engineering Research
- Microcontroller Applications Group Lab
- Signals and Systems
- Analogue Electronic Systems
- Digital System Design.
Placement year (if applicable)
If you study on the four year sandwich course, you'll spend a year away from the University on a work placement after year two.
You'll complete a placement learning module.
See the Placements and Fees sections for more information.
You will study:
- Engineering Project
- Group Design and Integration Project
- Control Systems Design
- Power Electronics and Energy Systems
- Professionalism for Engineers*.
*You will not study this module if you have completed the placement year.
Plus one module from:
- Digital Signal Processing
- Advanced Analogue Electronics
This structure is for full-time students only. Part-time students study the same modules but the delivery pattern will be different.
The University continually enhances our offer by responding to feedback from our students and other stakeholders, ensuring the curriculum is kept up to date and our graduates are equipped with the knowledge and skills they need for the real world. This may result in changes to the course. If changes to your course are approved, we will inform you.
"On my course, I enjoyed applying theory to practical problems, such as constructing circuits, and building my teamwork skills in group projects. Once I graduated, these experiences helped me to find a role as an Electronics Design Engineer." Kieran, 2021 Electronic Engineering graduate
Learning and Teaching
Learn through lectures, seminars, tutorials, laboratory work, case studies and mini projects, with a mixture of group and individual activities depending on the subject area.
Attend regular presentations from visiting professionals to gain an inside track on industry challenges and opportunities.
Showcase your work to employers and the public at your final year degree show.
See our full glossary of learning and teaching terms.
Approximate percentage of time you'll spend in different learning activities*:
|Year||Scheduled learning and teaching study||Independent study||Placement study|
*Calculated from compulsory and optional modules (where applicable) each year
Boost your skills
Volunteer to help build infrastructure in developing countries with initiatives like Engineers without Borders, gaining valuable practical experience.
Achieve success in annual competitions such as Formula Student.
You can study this course full-time or on a part-time day release basis.
Modules are structured so you can attend all your lectures and tutorial sessions in a single day each week, minimising the time you spend away from the workplace.
If you join the course with an HNC in Electronic Engineering or equivalent, you'll be exempt from Level 1 of the course and will complete your degree in three to four years.
A benefit of studying part-time is that you can put your learning into practice and use work-related problems in projects.
Assessment generally takes place through a mix of coursework, assignments and exams.
See our full glossary of assessment terms.
Approximate percentage of marks awarded by each assessment method*:
|Year||Written exam assessment||Coursework assessment||Practical exam assessment|
*Calculated from compulsory and optional modules (where applicable) each year
This course is accredited by the Institution of Engineering and Technology (IET).
Students who get work experience tend to graduate with better degrees. Experience also hones your skills, industry knowledge and professional network, making you a sought-after graduate.
If you choose the four-year (sandwich) course, you'll spend a year away from the University on a work placement after Year two.
We have strong relationships with renewable energy companies such as EDF Energy, GE Power and NPower, and aerospace, automotive and mechatronic companies such as Airbus, Bowing, Dyson and Rolls Royce. We also work with smaller local consultancies, who provide computer-aided design (CAD) and engineering work placements.
Past students have worked on electronic systems for next-generation Range Rovers. Others have developed fuel systems for Airbus.
Employers are impressed with the standard of our students and often offer them work on graduation.
Get help to find your placement and support throughout from department staff and our award-winning careers service.
Throughout the course, you'll see engineering in action at a range of facilities run by partner employers like Airbus.
On factory visits, you'll receive a guided tour of the shop floor and attend presentations from the host organisation.
Our new engineering building is designed to inspire the engineers of the future. Built for hands-on investigation, with engine test cells, wind tunnels and collaborative learning spaces. An ideal environment for encouraging you to explore, take risks and discover ways to change the world for the better.
Learn in well-equipped electronics, control systems and embedded systems laboratories.
Collaborate and develop ideas in our lab, which emulates a real-world software development environment.
Develop prototypes using robotic assembly cells, power distribution systems and motor drives, as well as subsonic and supersonic wind tunnels.
Produce hardware with industry standard software. Make circuit boards, leads and connectors in fabrication facilities with electronic test equipment, monitors and scopes.
Study control systems and telecommunications in specialist labs.
Learn more about UWE Bristol's facilities and resources.
Get a feel for the Engineering facilities we have on offer here from wherever you are.
Take a look at the Engineering buildingStep inside our new School of Engineering building at UWE Bristol
Sports, societies and activities
There is more to your experience here than study. Choose to make the most of it and try new things.
Careers / Further study
Our BEng(Hons) Electrical and Electronic Engineering will enable you to explore the application of electronics in a broad range of environments. You'll examine signal processing, micro-controllers, communications, control systems and digital hardware design.
On this course, you'll tackle real world issues through live projects, and learn to take risks as you develop solutions in our state-of-the art labs. You'll gain technical skills in digital and analogue electronics, mathematics and computer programming.
You'll also develop core skills that you'll take with you through your career, such as innovation, teamwork, communication, creativity and project planning. You'll learn to apply these skills through practical projects in our well-equipped facilities, ensuring you're prepared for professional practice.
Demand for graduates with expertise in electrical and electronic engineering is high, so you'll graduate with strong employability prospects. Many of our graduates pursue careers in power generation, consumer technology, communications, manufacturing, transport, rail, aviation or electrical companies.
Gain an inside track on the industry through factory tours and professional briefings from leading organisations. With some of the biggest names in engineering on your doorstep, you'll benefit from our local industry links with professionals in practice.
You'll also have the chance to attend careers fairs and engineer 'speed dating' events. These opportunities will help you find employment at the end of your course and take the next step towards changing the world as a qualified engineer.
Our award-winning careers service will develop your employment potential through career coaching and find you graduate jobs, placements and global opportunities.
We can also help find local volunteering and community opportunities, provide support for entrepreneurial activity and get you access to employer events.
Visit our employability pages to learn more about careers, employers and what our students are doing six months after graduating.
Prospects - careers in engineering
The Guardian - what to do with a degree in electronic or electrical engineering
Part time course
Indicative Additional Costs
Full-time; sandwich course
Supplementary fee information
Your overall entitlement to funding is based on how long the course is that you're registered on. Standard funding is allocated based on the standard number of years that your course lasts, plus one additional year.
You'll apply for funding each year that you study and Student Finance will take into account how long the course is in each year that you apply. So if you register for the four year course and then transfer to the three year course, the number of years you can apply for funding will change. Student Finance will reassess your funding based on how many years you have been in study, not just those years for which you received student finance.
Always seek advice before taking any action that may have implications for your funding.
Additional costs are for items you could need during your studies that aren't covered by the standard tuition fee. These could be materials, textbooks, travel, clothing, software or printing.
- Tariff points: 112
- Contextual tariff: See our contextual offers page.
- GCSE: Grade C/4 in English Literature or Language and Mathematics, or equivalent. We do not accept Level 2 Key Skills, Functional Skills or Certificate in Adult Numeracy and Literacy as alternatives to GCSEs.
- English Language Requirement: International and EU applicants are required to have a minimum overall IELTS (Academic) score of 6.0 with 5.5 in each component (or approved equivalent*). *The university accepts a large number of UK and International Qualifications in place of IELTS. You can find details of acceptable tests and the required grades you will need in our English Language section. Please visit our English language requirements page.
- A-level subjects: Grade C in Mathematics plus a pass in one of the following subjects: Biology; Chemistry; Computing/Computer Science; Design and Technology; Electronics; Engineering; ICT; Further Maths; Music Technology; Physics; Statistics. Maths requirement can also be met by the Cambridge Pre-U Mathematics at Merit 3
- Relevant subjects: Biology; Chemistry; Computing/Computer Science; Design and Technology; Electronics; Engineering; ICT; Further Maths; Music Technology; Physics; Statistics.
- EDEXCEL (BTEC) Diploma: You must be studying one of the following: Aeronautical Engineering; Construction and the Built Environment; Electrical/Electronic Engineering; Engineering; Land-based Technology; Manufacturing Engineering; Mechanical Engineering; or Operations and Maintenance Engineering.
To include Merit in one of the following units: Further Engineering Mathematics or Further Mathematics for Construction.
Please list the units you are taking in your application. For further advice on acceptable units please email us.
For information on required Guided Learning Hours please see our minimum entry requirements page.
- Access: 15 Level 3 credits at Merit in Mathematics and 15 credits at Pass in another Science or Technology subject.
- Baccalaureate IB: To include a minimum grade of 5 in Higher Level Mathematics and a pass at Higher Level in one of the following subjects: Biology, Chemistry, Computer Science, Design Technology, Physics, Environmental Systems and Societies
- Irish Highers: H2 in Mathematics plus a pass in one of the following subjects: Biology; Chemistry; Engineering; Physics; Technology.
- T Levels: You must achieve a Grade C in A-Level Mathematics, in addition to your T Level qualification.
If you don't meet the entry requirements, you may be eligible for BEng(Hons) Electronic Engineering (with Foundation Year).
For country specific entry requirements please find your country on the Country Information pages. If you are an international student and do not meet the academic requirements to study this course, you can qualify by completing preparatory study at our International College.
If you are applying to study at UWE Bristol and require additional support to meet our English language requirements, you may be able to attend one of our pre-sessional English courses. Read more about our Pre-Sessional English Programme.
If you have an HNC in Electrical and Electronic Engineering with all Merits in the Final year, you would normally join Year two of the part-time course. If you have an HND or Foundation Degree in Electrical and Electronic Engineering with all Merits in the Final year, you would normally join Year two of the full-time course or Year three of the part-time course. If you do not have all Merits in the Final year or have studied a different but closely related subject, we will consider your application and if we cannot give you Direct entry we may be able to credit you with certain modules. In your application form, please list all the HNC, HND and Foundation Degree units that you have or are taking.
Read more about entry requirements.
How to apply
Read more about undergraduate applications.
Read more about international applications and key international deadline dates.
For further information
+44 (0)117 32 83333
+44 (0)117 32 86644