A young male university student in a hard hat and high-visibility vest holding a clipboard with performance data while examining a wind turbine on a test rig in a university renewable energy testing facility, with solar panels, a labelled fuel cell unit, a laptop showing power output graphs and other students taking readings under teal-painted steelwork, representing the hands-on renewable energy systems focus of Energy Engineering degrees

DEGREE GUIDE

Energy Engineering

What do Energy Engineering degrees involve?

Energy Engineering degrees teach you how energy is produced, converted, stored, and used efficiently and sustainably. You will explore key areas such as thermodynamics and heat transfer, renewable generation (wind, solar, hydro and marine), low-carbon power and hydrogen, electrical power systems and grids, batteries and electrochemistry, energy efficiency in buildings and industry, and environmental impact assessment. These courses help you develop strong problem-solving, data analysis, and systems-thinking skills while using industry tools for simulation and design, such as MATLAB/Simulink and CFD/FEA software, alongside practical lab work with turbines, fuel cells, and heat engines. You’ll also work on real-world design projects that consider cost, safety, regulation, and whole-life carbon, with many programmes offering industry input and placement options. With this mix of theory and hands-on experience, you’ll graduate ready for roles in renewable energy development, grid and storage engineering, energy consultancy, building services and decarbonisation, policy and regulation, and the wider low-carbon technology sector.

Example
Modules

Thermodynamics and Heat Transfer: Learn the science behind energy, heat and work. This module explores how energy is conserved, transformed and transferred in engines, turbines, and industrial systems.

Electrical Energy Systems: Study how electricity is generated, transmitted and distributed, covering key components like generators, transformers and grid infrastructure.

Energy Engineering Mathematics: Develop the maths skills needed to model and solve energy problems — including calculus, algebra and statistics.

Common Degree Names

💼 Placement years are commonly available in energy companies, renewables, and engineering consultancies.
🌍 Study abroad is offered at some universities, particularly through global sustainability and energy networks.

BEng (Hons) Energy Engineering
MEng Energy Engineering
BEng (Hons) Renewable Energy Engineering
BEng (Hons) Mechanical and Energy Engineering
BSc (Hons) Sustainable Energy Engineering

Energy Engineering is usually offered as a BEng. MEng is a four-year integrated Master’s degree that combines undergraduate and Master’s level study in one course and supports careers in renewable and low-carbon energy systems.

A laptop displaying a MATLAB Simulink wind farm and solar power simulation alongside a thermodynamics textbook open to Carnot and Rankine cycle diagrams, a transparent hydrogen fuel cell connected to a voltmeter, a wind turbine nacelle cross-section model, a battery testing unit with charge-discharge curves and a notebook with a hand-drawn power grid schematic, illustrating the renewable energy, thermodynamics and power systems skills developed in Energy Engineering degrees

Level 3 (A-level / IB Diploma (HL) / Scottish Highers)

Energy Engineering tackles one of the biggest challenges of our time – creating sustainable ways to power the world. Because you'll be working with thermodynamics, electrical systems, and complex calculations, universities need to see strong foundations in Maths and Physics.

You'll need:

Maths – essential for all Energy Engineering courses
Physics – essential or strongly preferred

Subjects that strengthen your application:

Further Maths (or IB AA HL) – highly recommended for more theoretical routes if it is available to you
Chemistry – useful for thermodynamics, fuels, and materials
Design & Technology or Computer Science – helpful for CAD and control systems

✨ Maths and Physics together are the essential foundation. Adding Chemistry or Further Maths keeps more options open.

Universities may also accept:

BTEC Extended Diplomas in Engineering, usually alongside A-level Maths
BTEC National Extended Certificates or National Diplomas alongside A-levels that meet the subject requirements above
T-Levels in Engineering and Manufacturing or Building Services Engineering may be accepted by some universities, sometimes alongside A-Level Maths
IB Career-related Programme (IBCP) with Maths and Physics at Higher Level among your IB subjects (minimum two, ideally three) alongside your Career-Related Study; an Engineering pathway would be directly relevant

Entry expectations vary by university, so always check specific requirements.

Level 2 Qualifications (GCSE / MYP / National 5)

Most courses ask for:

GCSE English Language, Maths and Science at grade 4/C or above, or equivalents such as National 5s or MYP

📘 A strong Maths background is important, as Energy Engineering involves calculus, data analysis and problem-solving.

💬 Interviews
Formal interviews aren't usually part of the application process. However, some universities may invite you for a short conversation, either online or in person, to learn more about your interest in the subject.

🔍 Work Experience
You don't need work experience to apply for Energy Engineering. If you're looking for practical ways to explore the field, building renewable energy projects at home, entering engineering competitions, or investigating how your own school or home uses energy are all good starting points. If you have a school placement to fill, anything in an engineering, energy, or sustainability setting gives you useful context.

✨ Personal Statement Tips

What aspect of energy engineering interests you most — renewable technologies, grid systems, energy storage, nuclear power, or improving efficiency? Energy engineering is about how we generate, distribute, and use power, and increasingly, how we transition to doing that sustainably. If you've thought about how your own home or school uses energy, followed debates about wind farms or nuclear power, or explored how technologies like solar panels, batteries, or hydrogen fuel cells actually work, reflect on what questions those explorations raised. Reading about the engineering challenges behind the energy transition — why storing renewable energy is so difficult, how national grids balance supply and demand, or what it takes to decarbonise industries — can show you're engaging with the real complexity of the field. Admissions tutors want to see you're motivated by these urgent, real-world challenges, not just generally interested in sustainability.

If your qualifications don't match the usual entry requirements, there are some other possibilities.

🌱 Foundation Year in Engineering or Science

Many universities offer an engineering foundation year if you don't have the required Maths and Physics grades. This adds an extra year but leads directly into the full degree.

🎓 Access to HE Diploma (Engineering or Science)

Accepted by many universities. Make sure your course includes strong maths and physics content, and aim for Distinctions in your graded units — engineering courses typically expect high results.

💼 Level 3 Apprenticeships

Apprenticeships such as Engineering Technician, Power Network Craftsperson or Wind Turbine Technician carry UCAS tariff points from 2026 and can support a university application, particularly when combined with a foundation year.

Is this degree right for you?

Members can explore whether this degree fits who they are:

Skills you'd develop and whether they match your strengths
How this aligns with your interests, motivators and values
Career paths and where graduates end up

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Skills you would develop in X degree

Skill Name

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Is this a good fit for you?

Use the tabs to explore the kind of person that this would be a good fit for. Do you share the Interests, Motivations, Values, Work identity and skills that people who thrive in this course tend to have?

Not sure what these things are? Explore your Identity Tree with us first.

Interests that connect well with an Energy Engineering degree

Students who enjoy this degree often share these interests. You don't need to feel strongly about all of them, and interests develop over time. If one or two catch your curiosity, or sound like something you'd like to know more about, that's a good sign.

Machines, Structures & How Things Are Engineered: Energy Engineering is about the physical systems that produce, move, store, and use energy. You'll study turbines, generators, grids, heat exchangers, fuel cells, and storage technologies, and how they fit together into reliable energy systems.

Chemicals, Materials & Reactions: Electrochemistry sits at the heart of how we store and convert energy. You'll look at how batteries work, how hydrogen is produced and used as a fuel, and the chemistry behind combustion and fuel cells.

The Environment & Sustainability: Decarbonisation is a major thread in modern Energy Engineering. You'll explore how wind, solar, hydro, and nuclear technologies are engineered, and how the energy system is being redesigned to cut carbon without losing reliability.

Students who thrive in an Energy Engineering degree are often motivated by

Precision and Thoroughness

You feel satisfied when work is done accurately and completely. Whether it's getting calculations exactly right, spotting errors others miss, or making sure every detail is correct, the pursuit of precision gives you a sense of accomplishment. Sloppy or "good enough" work frustrates you, and you take pride in getting things right first time.

Intellectual Challenge

You're energised by pushing your mind to its limits, tackling difficult questions, and wrestling with problems that don't have easy answers. You're drawn to work that requires deep concentration and rigorous thinking. The harder the problem, the more satisfying it feels to work through it, and you'd rather be stretched than comfortable. Easy work bores you rather than relaxing you.

Sustainability and Environmental Care

You're energised by work that makes things better for the planet: developing green technology, reducing waste, protecting ecosystems, restoring habitats, or helping people and organisations shift to more sustainable ways of living. You feel most engaged when your effort is doing something measurable about environmental problems, not just thinking or caring about them. Seeing a real-world result, whether that's cleaner energy, less waste, or an ecosystem that recovers, is what carries you through the harder parts of the work.

Practical Problem-Solving

You're energised by finding fixes to real-life issues, whether they're mechanical, technological, or social. You're motivated by problems you can see, touch, or experience directly, and you get satisfaction from solutions that work in practice, not just in theory. You'd rather build a prototype than write a report about one.

Analysing and Investigating

You're energised by making sense of information, looking for evidence, spotting patterns, and piecing together how things connect. Whether it's pulling apart data, questioning assumptions, or tracing a problem back to its source, you find energy in the process of understanding what's really going on. You'd rather dig into the details than accept things at face value.

Creativity and Innovation

You're energised by the act of creating something new or finding a fresh way to approach a problem. Whether it's designing, writing, building, or experimenting, you feel most alive when you're generating original ideas rather than following established methods. The possibility that something has never been done before excites rather than intimidates you.

What makes Energy Engineering click for the students who love it?

They want to do something practical about the climate, not just worry about it, and energy is where they have decided to make their stand. Energy Engineering hands them the thermodynamics and maths of how energy moves and changes form, and the hunt for where a system is quietly wasting it. The work is designing something cleaner and more efficient, then testing until the figures hold, because an optimistic efficiency number helps nobody. What carries them through the hard stretches is knowing it feeds into a lower-carbon world.

These are the skills that students who love this degree tend to enjoy using. You don't need to be great at them already, but if they sound like you, that's a good sign.

Skill Name

Skills that suit this degree

You don't need to be great at these already — but if you enjoy using them or want to get better at them, that's a good sign.

Do you find yourself interested in where energy comes from and how it could be produced more sustainably — not just the headlines, but the engineering behind it?
Do you enjoy hands-on practical work and like the idea of working with real energy systems, from solar panels to power grids?
Do you care about the environmental impact of the choices we make, and want to use engineering to actually do something about it?
Do you like evaluating whether something actually works as well as people claim — looking at the data rather than just accepting the marketing?

Careers an Energy Engineering degree could lead you to

Energy Engineering

What do Energy Engineering degrees involve?

Example Modules

Common Degree Names

Is this degree right for you?

Skills you would develop in X degree

Skill Name

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Is this a good fit for you?

Careers an Energy Engineering degree could lead you to

Example
Modules