Electrical Engineering BEng/MEng
Study of how electricity, electronics, and technology power the modern world.
Is this for you?
This degree could suit you if you:
Enjoy maths and physics
Are interested in electricity and systems
Like problem-solving
Want a career in engineering
Are analytical
Popular Career Fields
Engineering & Construction
Energy & Utilities
Manufacturing & Production
Aerospace & Defence
Your Personality Might Be:
Analytically minded
Energy & Utilities
Mathematically strong
Technical precision
What is it?
What Is an Electrical Engineering Degree?
Electrical Engineering focuses on the study and application of electricity, electronics, and electromagnetism. It underpins everything from renewable energy systems and transport networks to smartphones and medical devices.
Why Study Electrical Engineering?
Electrical engineers design and maintain the systems that keep society running. This degree is perfect if you enjoy problem-solving, physics, and technology, and want to help build the energy and communication systems of the future.
Course Summary
Study of how electricity, electronics, and technology power the modern world.
What you'll study
Most Electrical Engineering degrees cover:
Circuit design and analysis
Power generation and distribution
Control systems and automation
Electronics and semiconductors
Renewable and smart energy systems
Electromagnetics and signal processing
Computer programming and digital systems
Later in your course, you can usually specialise - for example, in robotics, communications, renewable energy, or microelectronics.
Degree Types
BEng (Bachelor of Engineering): Focuses on practical design and application of electrical systems.
MEng (Integrated Master’s): A four-year degree offering advanced study and preparation for Chartered Engineer (CEng) status.
Skills You'll Gain
An Electrical Engineering degree builds strong technical and professional skills, which might include:
Circuit Design – creating and analysing electrical circuits, systems, and components.
Power & Control Systems – understanding power generation, distribution, and automation systems.
Electronics & Signal Processing – working with sensors, microcontrollers, and electronic devices.
Technical Problem-Solving – diagnosing faults and optimising electrical performance and efficiency.
Digital & Embedded Systems – designing and programming embedded hardware and digital systems.
Pathways, Placements and Work Experience
CAREERS
Career Pathways
Electrical Engineering graduates are in high demand across industries such as:
Energy and power systems
Electronics and telecommunications
Transport and automotive engineering
Aerospace and defence
Manufacturing and research
Work Experiences & Placements
Many universities offer:
Industry placements or sandwich years, often with energy, transport, or technology companies.
Summer internships in electrical design, research, or manufacturing.
These experiences help you apply your technical skills to real-world projects and build valuable industry connections.
Salary Profile
Coming soon
Qualifications, Personal Satement, What to do Next?
AM I ELIGIBLE?
Entry Requirements
A-levels or equivalent including Maths and Physics. Further Maths, Design Technology, or Computer Science are beneficial.
Personal Statement Tips
Show your enthusiasm for electricity, technology, and problem-solving.
Mention any projects, coding, or electronics experience.
Reflect on how you want to contribute to renewable energy or innovation.
Include examples like STEM clubs, tinkering with circuits, or physics projects.
What to do Next
Compare degrees to find those focusing on energy, electronics, or automation.
Attend open days or online sessions to explore labs and workshops.
Try online courses in circuits, Python, or renewable energy systems.
Follow developments in smart grids, electric vehicles, and energy technology.
Wider Reading
The Art of Electronics by Paul Horowitz and Winfield Hill – A practical guide to electronics and circuit design.
Sustainable Energy – Without the Hot Air by David MacKay – A clear, data-driven look at energy systems.
Stuff Matters by Mark Miodownik – How materials science supports engineering innovation.
To Engineer Is Human by Henry Petroski – A fascinating insight into design, failure, and progress in engineering.