Study Electrical & Electronic Engineering In UK – A Subject Guide

Electrical and Electronic Engineering, often abbreviated as EEE or E&E, is a branch of engineering that deals with the study and application of electrical systems, electronics, and electromagnetism. This field is highly diverse and plays a critical role in the development and advancement of modern technology. Learn more about pursuing this field in the best UK universities in this article. 

Electrical & Electronic Engineering

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What is Electrical and Electronic Engineering?

Electrical and Electronic Engineering (EEE) is a specialised branch of engineering that studies, designs, and applies electrical systems and electronic devices across a wide range of technology, from power generation and distribution to the development of electronic gadgets and systems. 

EEE experts create circuits, digital and analogue systems, and control systems that allow for the efficient use of electricity and the production of electronic equipment such as computers, communication systems, and renewable energy technologies. Their work includes assuring safety and regulatory compliance, conducting research and development, and working across industries, all of which contribute to the growth of contemporary technology and its extensive impact on society.

Why Study Electrical and Electronic Engineering?

  • Vast Career Opportunities: EEE is a versatile field with a wide array of career options, including power systems engineering, electronics design, telecommunications, and control systems. This diversity allows you to find a niche that aligns with your interests and goals.
  • Global Relevance: Electrical and electronic engineering is fundamental to modern society, making it a globally relevant field. It plays a pivotal role in powering economies, advancing technology, and addressing global challenges like energy efficiency and environmental sustainability.
  • Innovation and Advancement: EEE is at the forefront of technological innovation. Engineers in this field drive the development of cutting-edge devices, systems, and solutions that shape the world we live in, from smartphones to renewable energy technologies.
  • Problem-Solving Skills: EEE education hones your problem-solving skills. You’ll learn to analyse complex systems, troubleshoot issues, and design solutions, skills that are highly transferable to various industries.

Best Universities for Electrical and Electronic Engineering in the UK

Here is a list of the top UK universities in this field according to the latest Complete University Guide:

1University of Cambridge
2University of Oxford
3Imperial College London
4UCL (University College London)
5University of Southampton
6University of Manchester
7University of Sheffield
8University of Birmingham
9The University of Edinburgh
10University of Bath
11University of Bristol
12University of Exeter
13University of Glasgow
14Queen's University Belfast
15University of Nottingham
16University of Strathclyde
17University of Leeds
18Cardiff University
19University of Surrey
20Loughborough University
21Queen Mary University of London
22University of Liverpool
23King's College London, University of London
24Royal Holloway, University of London
25University of York
26Swansea University
27Lancaster University
28Aston University, Birmingham
29Nottingham Trent University
30University of Hull
31Newcastle University
32University of Aberdeen
33Bangor University
34Liverpool John Moores University
35Northumbria University, Newcastle
36University of Plymouth
37University of Portsmouth
38University of Sussex
39Heriot-Watt University
40Ulster University
41University of Essex
42Manchester Metropolitan University
43University of Brighton
44Bristol, University of the West of England
45University of Kent
46University of Salford
47Brunel University London
48City, University of London
49University of Sunderland
50University of Huddersfield
51University of Lincoln
52Leeds Beckett University
53Coventry University
54Robert Gordon University
55London South Bank University
56Teesside University, Middlesbrough
57Birmingham City University
58University of Central Lancashire
59Staffordshire University
60Edinburgh Napier University
61Sheffield Hallam University
62University of Westminster, London
63Glasgow Caledonian University
64University of Derby
65University of Hertfordshire
66University of Northampton
67University of South Wales
68De Montfort University
69University of Greenwich
70University of West London
71London Metropolitan University
72University of Wales Trinity Saint David
73University of Bolton
74University of Bedfordshire
75Middlesex University

Entry Requirements for an Electrical and Electronic Engineering Degree

Entry requirements for an Electrical and Electronic Engineering degree in the UK can vary depending on the university and the specific program. However, there are some common requirements and guidelines to consider:

  • Academic Qualifications:
    • Typically, you’ll need to have completed your secondary education, which in the UK usually means having passed A-levels or equivalent qualifications.
    • A-levels or equivalent qualifications in subjects such as Mathematics and Physics are often preferred, as they provide a strong foundation for engineering studies.
    • Universities may also consider other Level 3 qualifications like the International Baccalaureate (IB) or BTEC National Diplomas.
  • A-level or Equivalent Subject Requirements: Universities may specify certain A-level subjects or equivalent qualifications as entry requirements. For Electrical and Electronic Engineering, subjects like Mathematics and Physics are commonly required.
  • Grades: Specific grade requirements can vary by institution and programme, but competitive programmes may require high grades. Generally, you’ll need strong A-level results or equivalent qualifications.
  • English Language Proficiency: If English is not your first language, you may be required to provide proof of English language proficiency. This is usually done through standardised tests like IELTS or TOEFL.

Jobs for Electrical and Electronic Engineering Graduates

Here are the career prospects for graduates in this field:

  • Electrical Engineer: Electrical engineers work on the generation, distribution, and utilisation of electrical power. They design and maintain power systems, electrical circuits, and equipment, such as transformers, generators, and motors.
  • Electronics Engineer: Electronics engineers focus on designing, developing, and testing electronic systems and components. They work on projects related to consumer electronics, industrial control systems, and telecommunications.
  • Control Systems Engineer: Control systems engineers design and implement systems that regulate and control the behaviour of other systems. This is important in industries like manufacturing, automation, and robotics.
  • Power Electronics Engineer: Power electronics engineers specialise in the design and development of power conversion systems, which can include inverters, motor drives, and renewable energy technologies.
  • Communications Engineer: Communications engineers design and maintain systems for transmitting and receiving information. They work in areas like wireless networks, satellite communication, and telecommunications.

What Electrical and Electronic Engineering Graduates do?

The primary employment opportunities for electrical and electronic engineering graduates encompass various fields. These include engineering professionals (40%), IT professionals (18%), electrical and electronic trades (4%), science, engineering, and production technicians (4%), metal machining, fitting, and instrument making trades (2%), IT technicians (2%), sales, marketing, and related associate professionals (1%), business, research, and administrative professionals (1%), and senior officers in protective services (1%).

Salary for Electrical and Electronic Engineering Graduates

Check out the average salary for graduates in this field: 

Low skilled: £18,500

Medium-skilled: £25,000

High-skilled: £30,000

Topics for Electrical and Electronic Engineering Dissertation

Below, we present a diverse array of research areas, each offering an opportunity to delve into the complexities of electrical and electronic engineering and make a significant contribution to its advancement:

  1. Smart Grid Technology and Its Implementation: Investigate the principles and technologies behind smart grid systems and analyse their real-world implementations and impacts on energy efficiency and sustainability.
  2. Design and Optimisation of Power Distribution Networks: Explore methods for designing and optimising electrical power distribution networks, considering factors like reliability, efficiency, and environmental impact.
  3. IoT and Sensor Networks for Smart Cities: Investigate the role of the Internet of Things (IoT) and sensor networks in creating smart cities and enhancing urban infrastructure and services.
  4. Renewable Energy Integration: Study the challenges and solutions for integrating renewable energy sources, such as solar and wind power, into the existing electrical grid.
  5. Power Electronics for Electric Vehicles: Examine the design and development of power electronics systems for electric vehicles, focusing on efficiency, charging infrastructure, and energy storage.

How Much Does it Cost to Study in the UK

One of the most important things to consider is how much the degree is going to cost. Here is a general guide for 2023/2024:

  • For home students in England, universities can charge up to a maximum of £9,250 per year for an undergraduate degree.
  • In Wales, institutions can charge up to £9,000 for home students. However, Welsh students can apply for a fee grant to cover some of the cost of their tuition fees. This grant is currently not repayable or income-assessed.
  • Northern Irish universities will charge up to £4,275 for home students and may charge up to £9,250 for students from elsewhere in the UK.
  • Scotland does not charge home students fees at the undergraduate level; however, students from England, Wales, or Northern Ireland are expected to pay up to £9,250 per year. International students from outside of the UK will pay significantly more to study in Scotland.
  • International students can expect to pay between £10,000 and £26,000 annually for lecture-based undergraduate degrees at universities across the UK. An undergraduate medical degree can cost overseas students up to £58,600 per year. As for postgraduate degrees, the average cost is estimated to be around £17,109 per year.
Besides the tuition fees, there are also several other cost considerations such as food, accommodation, phone bills, books, social life, memberships, and others. Remember to check out our free student budget calculator

Other Subjects to Consider

Given that you are interested in this subject area, you might also want to consider the following options: 

  • Computer Science: Computer science focuses on the theory and practice of computer systems and software development. It’s a versatile field with strong job prospects, offering roles in software development, data analysis, artificial intelligence, and more.
  • Mechanical Engineering: Mechanical engineering involves the design and development of mechanical systems and devices. It’s a broad field that includes areas like automotive engineering, aerospace engineering, and robotics.
  • Civil Engineering: Civil engineers design and construct infrastructure, such as buildings, bridges, roads, and water supply systems. They play a crucial role in shaping our physical environment.
  • Chemical Engineering: Chemical engineers work with chemical processes and materials to design and optimise industrial processes, from pharmaceuticals to petrochemicals.
  • Aerospace Engineering: Aerospace engineers focus on the design and development of aircraft and spacecraft. This field offers exciting opportunities in aviation and space exploration.

Frequently Asked Questions

Consider your interests, passions, and career goals. Research various degree programmes and their content to see which aligns best with your aspirations.

While earning potential is important, it’s also crucial to select a degree that you’re passionate about and suits your skills. A balance between your interests and potential career prospects is ideal.

Location can impact your overall university experience. Consider factors like cost of living, proximity to industry hubs, and personal preferences.

Evaluate tuition fees, available scholarships, and potential for part-time work. Create a budget to ensure you can manage your finances during your studies.

Consider combining your passions with practical skills. For example, if you love art but want job security, explore fields like graphic design or digital marketing.

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