Physics with Renewable Energy

Physics with Renewable Energy - BSc (Hons)

From nuclear physics to sustainable energy applications, our Physics with Renewable Energy programme combines a solid grounding in core physics concepts with exciting exploration of cutting-edge topics in renewable energy. With core professional, practical and employability skills embedded throughout the curriculum and opportunities to solve real-world problems - using Keele’s own on-campus renewables and smart energy network - you will graduate with a toolkit of skills to enter a growing job market with diverse career options in industries such as solar, wind, hydroelectric, and bioenergy.

Year of entry

2025 - for 2025 entry see here - for 2024 entry see here

Course type

Single Honours

Location

Keele University campus

Subject area / School

School of Chemical and Physical Sciences

UCAS code

FH32

Duration of study

3 years / 4 years with international or placement year

Enquire about this course Clearing vacancies and entry requirements 2024 Book an open day Chat to students

Why study Physics with Renewable Energy at Keele University?

Opportunities for advanced research work using Keele’s own on-campus renewables and smart energy network

Core practical, academic and employability modules will develop your skills to succeed as a professional physicist

Explore frontier topics guided by our world-leading researchers

Learn in a supportive environment with innovative learning materials and plenty of tutor support

Apply your learning to address physical problems and real-world challenges

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Studying Physics and Astrophysics at Keele

Hear from our students and staff – who share their personal experiences of what it's like to study Physics and Astrophysics at Keele. Recorded in January 2024.

View video transcript

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Course overview

Physics is a fundamental science but with far-reaching applications to other areas and a range of industries such as those focused on power, nuclear, electronics, IT, data-mining, telecommunications and medical diagnostics. As a physicist you could play a crucial role in designing and managing the global transition that must take place from a fossil-fuelled world to one powered by low-carbon and renewable energy.

Based on a solid foundational core of physics concepts and key expectations, as defined by the Institute of Physics (IoP) accreditation framework, you will apply these skills to the generation, transmission and storage of low-carbon power, engaging with frontier material informed by the interests of our world-class research teams.

In your first year you will gain a solid grounding in the fundamentals of physics, including gravitation, relativity and matter, electricity, magnetism and waves. You will also begin to develop the skills and practical experience that underpin this programme, including computer programming with python, laboratory work, mathematical skills required to understand and analyse physical phenomena, and the arts of problem-solving and scientific writing. An introductory module in climate change and renewable energy will explore how we calculate our "carbon footprints" and generate, store and distribute energy from renewable sources that do not contribute to climate change.

Year two continues to build on your understanding in the principle of physics with exploration of optics, quantum mechanics and nuclear physics. You will further your laboratory, mathematics, computing and career skills by working on individual experiments and team investigations, building your CV, and gaining important, new applied mathematical skills. A core module in renewable energy investigates the physics behind wind, water, solar and geothermal power sources and the electricity distribution network, discovering the key factors influencing their design and effectiveness.

In your final year, you will undertake a substantial piece of meaningful research on a topic which aligns with your interests and career goals. The research project provides the opportunity for you to pursue a self-directed, independent investigation of an experimental, computational or theoretical nature. With the guidance of a supervisor, you will plan, execute and report your results, including a presentation aimed at potential employers. You will also deepen your knowledge by studying advanced modules in electromagnetism, solid state physics, and the materials needs for green technology, while enhancing your teamwork and project management skills by working on a group report that tackles a real-world issue, aimed at policy-makers

This programme has recently been refreshed, and the new structure is being reviewed by the IoP to ensure continued accreditation.

Industry-ready graduates

Designed to provide you with the specialist skills you will need as a physicist, our Physics with Renewable Energy programme has core practical, academic and professional employability modules embedded throughout the curriculum. From hands-on practice in conducting physics experiments and learning the basics of computer programming, to dedicated career-focused sessions and innovative assessments, we will provide you with a strong foundation of key skills for your future career.

Our experts

Research-led teaching is at the heart of our programme. Our academic staff specialise in two main areas: astrophysics and condensed matter physics, with many performing internationally renowned work in the fields of exoplanets, stellar physics and star formation (both observational and theoretical), nearby galaxies, and the study of soft condensed matter like polymers, biological molecules and of novel two-dimensional materials.‌ Our research specialisms feed into modules in the latter years of your degree and in your final year of study, you will have the opportunity to work on an individual student project, supervised by a member of academic staff.

Next steps

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Related courses

Physics with Mathematics

Teaching Excellence Framework GOLD

Keele University has been awarded the highest rating of gold in the teaching excellence framework (TEF), 2023. The TEF assessment identifies excellence in the educational experience and outcomes of our students, focusing on all undergraduate courses and students.

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Course structure

Modules for Physics with Renewable Energy

The module details given below are indicative, they are intended to provide you with an idea of the range of subjects that are taught to our current students. The modules that will be available for you to study in future years are subject to change as we regularly review our teaching to ensure that it is up-to-date and informed by the latest research and teaching methods, as well as student voice. The information presented is therefore not intended to be construed and/or relied upon as a definitive list of the modules available in any given year.

Compulsory modules

Gravitation, Relativity & Matter
A fundamental understanding of physical principles follows from investigating the composition and movement of matter through space and time. You will find out how the universe is put together, from the very big to the very small, exploring motions on scales from atoms and molecules to stars and planets, and encounter the boundaries of classical Newtonian physics with an introduction to quantum ideas and Einstein’s Special Relativity.

Electricity, Magnetism & Waves
Electricity, magnetism and wave-like phenomena are foundational topics in the study of physics. Beginning with fundamental physical laws you will learn how to describe ideal cases and then apply your knowledge to diverse real-world devices, scenarios and engineering problems that involve electric charges, magnetic fields and oscillating systems, culminating in the analysis of alternating currents, resonance and the essential properties of waves in light, sound and other media.

Fundamental Mathematics for Physics
Mathematics is the language used by physicists to describe our universe. Through interactive sessions you will gain the fundamental mathematical skills required to understand and analyse physical phenomena, enabling you to solve problems throughout your degree and beyond in physics and astrophysics. You will regularly work in groups, enabling you to gain valuable employability skills such as teamwork and communication, whilst allowing you to learn from others and build peer networks.

Practical and Academic Skills for Physics
A professional physicist requires a range of specialist skills, which you will start developing in this module. You will acquire hands-on practice in conducting a variety of physical experiments, effectively and accurately recording and analysing your data using specialist software. You will develop the art of scientific writing and reporting, and practise the principles of the scientific method, including error analysis, risk assessment and critical thinking. These skills are the foundations of a successful physics or astrophysics graduate.

Scientific Programming
Scientific programming is a key skill in fast-evolving science fields like Physics and Astrophysics. In this module you will learn the basics of computer programming with python, including flow control, defining functions, the use of external libraries and the generation of graphs and images. You will demonstrate how these highly-valued programming skills can be used to solve a series of computational problems faced by physicists and astrophysicists, and equip yourself for future study and careers.

Problem Solving for Physics
How likely is an asteroid to hit the Earth? How fast would it be travelling? A physicist is often called upon to solve problems that have definite or open-ended, qualified solutions and that are presented in many different ways. Here you will learn the arts of problem-solving, mathematical and statistical modelling and the analyses of uncertainty and risk, applying these skills to scenarios in physics and astrophysics focused on linear and rotational mechanics, gravitation and harmonic motion.

Physics and the Art of Measurement
From smartphones to spacecraft, our modern world is full of sensors measuring, responding and optimising everything from industrial machines to scientific experiments. In this module you will explore the physics behind various electrical, optical and mechanical instruments, learning how they are built and used, and gaining valuable practical skills through experimentation. It will equip you with a fundamental understanding of the underlying principles, the characteristics and the applications of various devices, tools and techniques used in physics.

Physics Career Planning and Employability Skills
Your university study may be driven by curiosity about the physical world, but it is also about developing graduate attributes that lead to successful and fulfilling careers. The activities and milestones in our career planning modules will grow your potential beyond Physics knowledge. In Level 4, you will learn to identify, evidence and showcase your collaborative, organisational, presentational and problem-solving skills. You will acquire tools to effectively select and prepare for potential work placements in Levels 5 and 6.

Compulsory modules

Optics & Thermodynamics
The way light and matter interact happens on minute scales but results in macroscopic effects that can be described by global behavioural laws. In this module, you will learn about optics and thermodynamics, including how light waves interfere and diffract and how systems achieve equilibrium. These fundamental concepts underpin a vast range of phenomena beyond the topics of this module, and have a variety of real-word applications, from engines and the weather to optical fibers and the most powerful telescopes.

The Quantum World
Quantum mechanics is the foundation of technologies that have built the modern world and gives us the tools to study nature at its most fundamental, microscopic level. This module will introduce you to the weirdness of quantum theory, quantum statistics and atomic physics, equipping you for more advanced topics to come. You will investigate applications ranging from scanning tunneling electron microscopes and superconductors to white dwarfs and nuclear fusion in stellar astrophysics.

Nuclear Physics
Nuclear physics is a key component in decarbonising our energy generation and is literally at the heart of stellar astrophysics. You will extend the ideas developed in quantum and atomic physics to understand the components and composition of atomic nuclei, nuclear stability, fusion, fission and radioactive decay. You will then apply those concepts to the generation of nuclear power, both here on Earth and at the centres of the Sun and other stars.

Practical and Professional Skills for Physics
You will build upon the practical laboratory skills developed at level 4, extending your abilities to plan, execute and communicate scientifically. You will compile a comprehensive portfolio of the essential skills required by professional physicists by using more advanced recording, analysis and interpretation of measurements, and presentation of results. You will work on individual experiments and team investigations to prepare you for level 6 research projects and to confidently and safely work in any physics laboratory.

Analytic and Numerical Techniques
Real-world physical problems often require a blend of physics know-how, mathematical analysis and computational techniques for their solution. Building on your Level 4 foundations, you will gain important new applied mathematical skills and practise more advanced programming and numerical techniques. You will use these to formulate solutions to a wide variety of problems in physics and astrophysics and to plan and execute a short project on a (astro)physical topic that interests you.

Renewable Energy: Generation, Storage and Transmission
Key challenges for decarbonisation are not only generating clean energy but getting it to where it's needed and storing it. You will investigate, through theory and practical work, the physics behind wind, water, solar and geothermal power sources and the electricity distribution network, discovering the key factors influencing their design and effectiveness. You will grapple with the practical difficulties of incorporating renewable energy sources and research how novel storage methods and smart networks can harness and increase their value.

Physics Career Planning and Employability Skills
Your university study may be driven by curiosity about the physical world, but it is also about developing graduate attributes that lead to successful and fulfilling careers. The activities and milestones in our career planning modules will grow your potential beyond Physics knowledge. In Level 5, the emphasis is on careers research, building your CV, auditing your skills and placement opportunities.

Optional modules

Radiation Physics
From medical diagnostics to industrial quality control, ionising radiation is used across an array of sectors. You will find out how radiation interacts with our world, and how it is detected, quantified and utilized in the NHS, nuclear industry and beyond. You will gain an appreciation of the wider effects of radiation on both humans and the natural environment through critical analyses of historical events, ensuring an understanding of how to employ this principal energy source both effectively and safely.

Flexible Work Placement Level 5
In a competitive job market, practical skills and understanding workplace dynamics are crucial. This module allows you to gain hands-on experience, enhance your employability skills, and provide valuable insights into the professional world. You will be supported via a range of activities to secure a role and can source your own placement or apply to university-sourced roles. This module has built-in flexibility on when and how you complete your placement around existing demands.

Compulsory modules

Renewable Energy Research Project and Professional Development
The renewable energy research project provides the opportunity for you to pursue a self-directed, independent investigation of an experimental, computational or theoretical nature. With the guidance of a supervisor, you will plan, execute and report your results, including a presentation aimed at potential employers. You will exploit and expand upon the skills portfolio built up in Level 4 and 5 of your degree to establish yourself as a physicist with all the necessary investigative and professional attributes.

Electromagnetism & Solid-State Physics
From mobile communications to the generation and detection of light from distant quasars, much of our universe is understood in terms of the fundamental topics of electromagnetism and solid-state physics. You will learn how Maxwell unified electricity and magnetism, how electromagnetic waves are generated, how we understand the (semi-)conduction and magnetic properties of solids at a microscopic level, and apply this knowledge to modern technology, solving diverse problems spanning anything from lasers to superconductors or radio pulsars.

Synoptic Physics and Real-World Applications
In a complex, increasingly irrational world, physicists have a key role in synthesising scientific thought across disciplines. Working in groups on a problem of current or potential future concern, you will gather and analyse evidence, propose solutions and provide advice in the form of a report aimed at policy-makers. You will develop advanced teamworking and project-management skills and use the opportunity to demonstrate your understanding of the connections between the physics, mathematical and computational techniques acquired throughout your degree.

Materials for Green Technology
The growing energy demand and environmental impact of fossil fuels create an urgent need for efficient renewable energy solutions. Current renewable technologies face challenges such as high cost, scarcity and low efficiency. In this module you will explore how discovering, designing, and engineering advanced materials is crucial for developing high-performance devices for sustainable energy applications. You will have the opportunity to engage in discussions on recent advances and current challenges in the development of materials for various renewable energy technologies.

Physics Career Planning and Employability Skills
Your university study may be driven by curiosity about the physical world, but it is also about developing graduate attributes that lead to successful and fulfilling careers. The activities and milestones in our career planning modules will grow your potential beyond Physics knowledge. In level 6 we will help you make the most of all you have learned on your Keele journey, for instance how to present your work to wider audiences, craft your CV, prepare for interviews and get your feet on the first rungs of the career ladder, whether that be in research, industry or elsewhere.

Optional modules

Quantum Physics
This advanced quantum module builds on the topics introduced at Level 5 to investigate exciting applications of quantum mechanics at the cutting-edge of modern physics such as quantum computing and quantum cryptography. You will also explore the quantum mechanics behind powerful investigative techniques used in laboratories and in astrophysics such as Raman spectroscopy and look in detail at experiments in quantum physics that challenge our common-sense understanding of the nature of reality.

Cosmology
Cosmology is the study of the universe as a whole. You will investigate the origin of our universe in a Big Bang, 13.8 billion years ago, and how that gave rise to everything we see when we look up into the night sky. You will engage with the latest evidence for dark matter and dark energy and how, by observing distant supernovae and cosmic microwave background, we can infer the history and fate of our universe.

Data Analysis and Modelling
Physics and Astrophysics are data-intensive sciences. Using hands-on exercises, you will gain proficiency in using "industry-standard" statistical and modelling techniques for analysing scientific data. Along with an appreciation of the theory underpinning these techniques, you will develop the highly transferable skills required to apply them to real data sets and gain the expertise required to judge which techniques are applicable in any given scenario, and to interpret and present the results.

Advanced Topics Semester 1
Based on student preference, advanced topics are offered from a range of options such as (but not limited to) Particle Physics and Accelerators, Atmospheric Physics or Binary Stars and Exoplanets. Informed by world-class research (and researchers) and cutting-edge applications, you will gain a unique insight and appreciation of forefront fields in physics and astrophysics. Through innovative and authentic assignments, you will enhance your skill set, including data analysis, mathematical modelling and critical reading of research literature.

Advanced Topics Semester 2
Based on student preference, advanced topics are offered from a range of options such as (but not limited to) General Relativity, Black Holes and Gravitational Waves, Life in the Universe or Fluid Mechanics. Informed by world-class research (and researchers) and cutting-edge applications, you will gain a unique insight and appreciation of forefront fields in physics and astrophysics. Through innovative and authentic assignments, you will enhance your skill set, including data analysis, mathematical modelling and critical reading of research literature.

Research & Communication
Are you passionate about a Physics, Astrophysics, or Renewable Energy topic and want to learn more? With the support of a tutor, you will select a topic you are interested in and undertake a literature review of its recent advances, challenges, and prospects. Through varied assessment types, you will be able to showcase your different skills. This is an opportunity to enhance your scientific communication abilities as well as your research and critical analysis skills.

Flexible Work Placement Level 6
In a competitive job market, practical skills and understanding workplace dynamics are crucial. This module allows you to gain hands-on experience, enhance your employability skills, and provide valuable insights into the professional world. You will be supported via a range of activities to secure a role and can source your own placement or apply to university-sourced roles. This module has built-in flexibility on when and how you complete your placement around existing demands.

Professional Experience in Education
This module gives students interested in pursuing teaching or training as a career the opportunity to gain experience in the world of teaching in schools and colleges. You will develop skills highly valued by employers such as communication, and interpersonal skills, whilst learning to address individual needs and developing engaging teaching materials. You will be supported via a range of activities to prepare for your placement and have the choice to source your own placement or apply to university sourced roles.

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Sector-leading in sustainability

At Keele we're truly sector-leading in environmental education, and have world-leading research in environmental sustainability.

Our on-site wind turbines and solar energy farm supply half of the campus power requirements. Our commitment has meant that we have been placed among the Top 40 universities in the world for sustainability (UI Green Metric World Rankings, 2020), Global Sustainability Institution of the Year (International Green Gown Awards, 2021) and Clean Energy Scheme Award winners for our leading Smart Energy Network Demonstrator (Green Energy Awards, 2023).

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Additional opportunities

Foundation year Placement year International year Study abroad GCP Elective Pathways Explore more

There are a range of additional opportunities available when studying this course.
Please note, undertaking one may impact upon the availability of another.

Work placements

In an increasingly competitive job market, employers are seeking to recruit employees who have high-level knowledge, skills and an understanding of the workplace. In between year two and three of your studies, you can spend time gaining practical experience with a physics-focused company or organisation. This will enable you to apply the skills and theories you have learnt to real situations in the industrial workplace. You will also enhance your employability skills in the presentation and communication of data, the writing of reports, and the ability to work independently, and as part of a team. Work experience in your area of interest will not only demonstrate your commitment and passion, but will also enable you to make meaningful connections by networking with experts in the field.

If you don't think you can commit to a full year on placement, our Flexible Work Placement module has built-in flexibility on when and how you complete your placement, enabling you to balance your time in industry around existing demands.

We also offer work placements based in schools and colleges, specifically for students interested in entering the teaching profession.

International year

In between years two and three of your studies you may choose to spend a year or semester studying abroad. This exciting opportunity enables you to experience different cultures and to establish international networks. It also shows you have the personal attributes to embrace new experiences which can enhance your employability. We offer exchange opportunities with a wide variety of partner institutions.

Entry requirements

The following section details our typical entry requirements for this course for a range of UK and international qualifications. If you don’t see your qualifications listed, please contact us to find out if we can accept your qualifications. If you don't think you'll meet the entry requirements specified, you may be able to gain entry to this course via a Foundation Year.

Typical offer

Please ensure that you read the full entry requirements by selecting your qualifications from the dropdown menu below. This will include any subject specific, GCSE/Level 2 Maths, and English language requirements you may need.

A Level: ABB Subject specifics apply

BTEC: DDM Subject specifics apply

T Level: Distinction Subject specifics apply

Please select your qualification from the drop-down list below for the full entry requirement information

A Level

ABB in three A levels including B in Maths or in Physics.

Contextual Offer: BBC in three A levels including B in Maths or in Physics.

You will also need: 6 / B in GCSE Maths or Level 2 Functional Skills Maths, plus an English language qualification (see below)

BTEC Extended Diploma / National Extended Diploma

DDM in any of the following BTEC Extended Diplomas / National Extended Diplomas:

Engineering

Contextual Offer: DMM in any of the following BTEC Extended Diplomas / National Extended Diplomas:
Engineering

You will also need: 6 / B in GCSE Maths or Level 2 Functional Skills Maths, plus an English language qualification (see below)

BTEC National Diploma / Diploma

Distinction and Merit in any BTEC National Diploma / Diploma and B in Maths or Physics A Level.

You will also need: 6 / B in GCSE Maths or Level 2 Functional Skills Maths, plus an English language qualification (see below)

BTEC National Extended Certificate / Subsidiary Diploma

Distinction in any BTEC National Extended Certificate / Subsidiary Diploma and BB in two A Level including Maths or Physics.

You will also need: 6 / B in GCSE Maths or Level 2 Functional Skills Maths, plus an English language qualification (see below)

T Level

Distinction in any of the following T levels:

Engineering and Manufacturing

You will also need: 6 / B in GCSE Maths or Level 2 Functional Skills Maths, plus an English language qualification (see below)

International Baccalaureate Diploma

655 in three Higher Levels including 5 in Maths or Physics, or 32 points including 5 in Higher Level Maths or Physics

Contextual Offer: 554 in three Higher Levels including 5 in Maths (any) or Physics, or 30 points including 5 in Maths (any) or Physics

You will also need: 6 / B in GCSE Maths or Level 3 Functional Skills Maths, or 5 in IB Middle Years Maths, or 4 in IB Diploma Standard Level Maths (any), plus an English language qualification (see below)

International Baccalaureate Career-Related Programme

We encourage applications with the IBCP but recognise that your combination of qualifications may differ depending on where you are studying.

If you are taking a BTEC National Diploma / Diploma with one or more Higher Levels, your offer will be similar to our BTEC + A level offer (see 'BTEC National Diploma / Diploma') but with an HL requirement of 6 for A, 5 for B, or 4 for C.

For any other combination, please contact the University Admissions Team for advice

You will also need: 6 / B in GCSE Maths or Level 2 Functional Skills Maths, plus an English language qualification (see below)

Access to HE Diploma

128 UCAS points in Access to HE Diploma with Maths related content, including Distinction in at least 30 Level 3 credits. Please contact the University Admissions Team for advice on whether your chosen course would qualify.

You will also need: 6 / B in GCSE Maths or Level 2 Functional Skills Maths, plus an English language qualification (see below)

Welsh Baccalaureate / Bagloriaeth Cymru

The Advanced Skills Challenge Certificate is equivalent to one full A level at the same grade and can be included alongside 2 other A levels in a standard A level offer for this course (see A level). All subject specific requirements will still need to be met.

Scotland - Highers and Advanced Highers

BBBBC in five Highers including Maths or Physics, or BC in two Advanced Highers and CC in two Highers including Maths or Physics, or BCC in three Advanced Highers including Maths or Physics.

You will also need: B in National 5 Maths, or 6 / B in GCSE Maths or Level 2 Functional Skills Maths, plus an English language qualification (see below)

Extended Project Qualification (EPQ)

If you have B or higher in the EPQ and are studying A levels, BTEC, the International Baccalaureate Diploma, or an Access to HE Diploma, you will typically receive an alternative offer which will be lower than the standard offer. Please see 'Alternative and contextual offers' below

Core Maths

If you have B or higher in Core Maths and are studying A levels, BTEC, the International Baccalaureate, or an Access to HE Diploma, you will typically receive an alternative offer which will be lower than the standard offer. Please see 'Alternative and contextual offers' below

Ireland - Leaving Certificate

H3, H3, H3, H4, H4, H4 in the Irish Leaving Certificate including H4 in Maths or Physics.

You will also need: O4 / H6 in Maths, plus an English language qualification (see below)

China - Gaokao

75% in the Gaokao including 70% in Maths or Physics.

You will also need: 65% in Senior Secondary School or Gaokao Maths, plus an English language qualification (see below)

India - Standard XII

Average of 75% from four subjects including 70% in Maths or Physics in the ICSE, CBSE or Western Bengal Standard XII, or average of 80% from four subjects including 75% in Maths or Physics in any other Standard XII.

You will also need: 7 or C1 in Secondary School Examination Maths, or Pass in Standard XII Maths, plus an English language qualification (see below)

Germany - Abitur

2.0 overall average in the Abitur including 12 in Geography, Psychology, Maths, Physics, Biology, Chemistry, Computer Science, Technology, Nutritional Science or Sports.

You will also need: 11 in Maths in the Abitur, plus an English language qualification (see below)

France - Baccalaureate

14 in the French Baccalaureate / International Option Baccalaureate including 14 in Physics or Maths, or 13 in the Baccalauréat Français International including 13 in Physics or Maths.

You will also need: 11 in Maths in the Baccalaureate, plus an English language qualification (see below).

Hong Kong - Diploma

544 from two electives and one core subject in the HKDSE including 4 in Maths or Physics.

You will also need: 3 in HKDSE Maths, plus an English language qualification (see below)

Spain - Bachillerato

Overall average of 7.8 in the Título de Bachillerato including 8 in Maths or Physics.

You will also need: 6 in Graduado en Educación Secundaria (GES) Maths or 6.5 in Título de Bachiller Maths, plus an English language qualification (see below)

Italy - Diploma di Esame di Stato

85% in the Esame di Stato including 8 in Maths or Physics.

You will also need: 6 in Maths in the Diploma, plus an English language qualification (see below)

Cyprus - Apolytirion

18.5 / 88% in the Apolytirion including 18 in Maths or Physics.

You will also need: 15 in Maths in the Apolytirion, plus an English language qualification (see below)

Portugal

Overall average of 16 in a secondary certificate including 16 in Maths or Physics.

You will also need: 11 in secondary certificate Maths, plus an English language qualification (see below)

Canada - Diploma

70% / BBBBC in five courses in the Grade 12 Diploma including 70% in Advanced Functions and Calculus and Vectors or Physics.

You will also need: 60% in Grade 11 Maths, plus an English language qualification (see below)

Kenya - KCSE / Diploma

We do not accept the Kenya Certificate of Secondary Education for direct entry. However, you can apply to study an International Foundation Year at Keele University International College. On successful completion, you can progress to an undergraduate degree at Keele.

We may accept a two year Diploma. Please contact the University Admissions Team for advice.

Nigeria - Senior School Certificate / OND

We do not accept the Senior School Certificate (WAEC or NECO) for direct entry. However, you can apply to study an International Foundation Year at Keele University International College. On successful completion, you can progress to an undergraduate degree at Keele.

We may accept an Ordinary National Diploma with GPA of 2.5 or a Merit / Lower Credit. Please contact the University Admissions Team for advice.

USA - Advanced Placement

544 from three Advanced Placement subjects including 4 in Calculus (either) or, Physics (any).

You will also need: B in Grade 12 High School Diploma Maths, plus an English language qualification (see below)

Ghana

We do not accept the West African Senior School Certificate Examination for direct entry. However, you can apply to study an International Foundation Year at Keele University International College. On successful completion, you can progress to an undergraduate degree at Keele.

Sri Lanka - Advanced Level

ABB in three Advanced levels including B in Combined Maths or Physics.

You will also need: B in O-level Maths, plus an English language qualification (see below)

Malaysia - STPM

ABB in three Principal level subjects in the STPM including B in Maths or Physics.

You will also need: B in SPM Maths, plus an English language qualification (see below)

Pakistan - Secondary School Certificate

We do not accept the Secondary School Certificate for direct entry. However, you can apply to study an International Foundation Year at Keele University International College. On successful completion, you can progress to an undergraduate degree at Keele.

Singapore - A Levels (H2)

ABB in three H2 levels including B in Physics or Maths.

You will also need: B in O-level Maths, plus an English language qualification (see below)

European Baccalaureate

75% overall with 7 in Maths (5 period) or Physics.

You will also need: 6.5 in European Baccalaureate Maths, plus an English language qualification (see below)

NCUK

Pass NCUK Foundation Year with ABB including B in Maths or Physics. Grade C in EAP English Language module.

You will also need: 6 / B in GCSE Maths or international equivalent

Uganda - Advanced Certificate of Education

ABB in three Principal level subjects in the Advanced Certificate of Education including B in Maths or Physics.

You will also need: 4 in UACE or UCE Maths, plus an English language qualification (see below)

Zimbabwe - Advanced Level GCE

ABB in three Advanced Level subjects including B in Maths or Physics.

You will also need: 6 / B in GCSE Maths or B in O Level Maths or Level 2 Functional Skills Maths, plus an English language qualification (see below)

English language requirements

All of our courses require an English language qualification or test. For most students, this requirement can be met with a 4 or C in GCSE English. Please see our English Language guidance pages for further details, including English language test information for international students. For those students who require an English language test, this course requires a test from Group A.

Alternative and contextual offers

We're committed to ensuring equality of opportunity to all our applicants with the potential and motivation to succeed, regardless of background. That's why we operate a range of alternative offer schemes with clear eligibility criteria, including contextual offers, offers for those studying within the Keele region, and recognising a range of additional qualifications in your offer.

General information

The entry grades outlined in this section indicate the typical offer which would be made to candidates, along with any subject specific requirements. This is for general information only. Keele University reserves the right to vary offer conditions depending upon a candidate's application.

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Studying Physics at Keele

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Central Science Laboratories

Develop your practical skills in Keele's state-of-the-art Central Science Laboratories

Facilities

Laboratory work is an integral part of our programme that enables you to learn a variety of practical, computational and transferable skills that employers value. Practical teaching will take place in Keele’s state-of-the-art Central Science Laboratories (CSL), as well as existing laboratories in the Lennard Jones Building. You will also have access to our on-campus Observatory, which opens regularly to the public and recently underwent a £250,000 refurbishment. It houses a 24-inch telescope capable of research-quality imaging,
a 6-inch solar telescope and a 12-inch refractor built in 1874. The Observatory is readily accessible to our students, several of whom get actively involved in its operation.

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Teaching, learning and assessment

Teaching

Our small cohort size enables you to gain a more personalised learning experience and as a result we will have the resource to get to know you better and give you customised guidance throughout your studies.

Teaching methods may include:

Lectures convey core knowledge in Physics, which also outline academic content and provides examples and case studies.
Tutorial sessions emphasise cooperative learning in a more informal setting, allowing you to apply your knowledge.
Laboratory classes reinforce lecture material and develop experimental and transferable skills.
Computational laboratory classes focus on programming, practical applications and problem-solving.
Exercise/problem-solving classes enhance critical thinking and problem-solving abilities.
Team-based learning offers a collaborative approach in small groups.
Individual progress interviews provide personalised guidance.
Problem sheet assignments encourage independent learning and critical analysis.
Group and individual projects foster teamwork and investigative skills.
Directed reading and independent study include engagement in self-directed learning.
Literature research tasks develop critical abilities and discernment.
Use of e-Learning/Keele Learning Environment (KLE): Modules utilise the KLE for resources, including lecture notes, video-capture of teaching sessions, handbooks, quizzes, and additional reading materials.

Assessment

The wide variety of assessment methods used on this programme at Keele reflects the broad range of knowledge and skills that are developed as you progress through the degree programme. Teaching staff pay particular attention to specifying clear assessment criteria and providing timely, regular and constructive feedback that helps to clarify things you did not understand, helping you to improve your performance.

Assessment methods may include:

End of module examinations assess your ability to describe, explain, and critically discuss subject principles, apply them to real-world scenarios, and solve problems within the discipline.
Assessed problem sheets include solving numerical and other problems, drawing on scientific understanding, knowledge, and experimental techniques. Research, communication, programming and mathematical skills are also evaluated.
Laboratory and project reports test your practical understanding and ability to present and analyse results.
Observation of laboratory skills and notebooks: Various assessments during practical work ensure accurate communication, good practices, and safety awareness.
Oral and poster presentations demonstrate your ability to convey complex concepts clearly to professional audiences, to peers, employers or the general public.
In-class exercises and tests via conventional or online platforms evaluate subject knowledge and its application.
Your dissertation engages you with advanced physics topics, research, and communicating effectively through extended writing.
Computing tests assess computational skills and coding abilities related to physics problem-solving.
Mini-projects test subject knowledge and various skills.
Risk assessments involve designing experiments and considering safety aspects.
Teamwork includes working effectively in groups. This is an important programme learning outcome and is assessed with team reports and presentations.
Skills portfolios are designed to help audit your skills, both physics-related and transferable, and to plan your career.

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"Studying Physics at Keele is a very enjoyable experience filled with opportunity and self-progression. Support is there for every turn whenever it is needed. Whenever I got so stuck on a problem or module that it seemed impossible, a lecturer has always been able to provide a clear, understandable explanation which has greatly helped me progress."

Sam, Physics

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Foundation year

Our Foundation Year provides an excellent alternative route to Keele, providing a unique opportunity to better prepare for your chosen degree, and with guaranteed entry onto your undergraduate course once you successfully complete your Foundation Year.

This extra year of study can improve your academic skills, expand your subject knowledge, give you a better understanding of higher education and, perhaps most importantly of all, build your confidence.

Keele University is consistently ranked among the top universities for student satisfaction, and we have over 70 years' experience of teaching a foundation year to students. On the Keele Foundation Year, you'll study on campus, joining our undergraduate community from the outset, with access to all the facilities and support that you'd get as an undergraduate student at Keele.

The information in this Foundation Year section is for UK/Home applicants. Where an international Foundation Year is available, please see the 'Information for international students' tab.

The information within this section is for students wishing to start their studies in September. If you would like to start this course in January, please visit our January pages for further details.

Course Content

Our Foundation Year allows you to develop your critical thinking, academic reading, writing, and communication study skills along with subject-specific knowledge and skills which will be invaluable in your academic studies and beyond. Upon meeting the progression criteria and successfully completing our Foundation Year, you will automatically progress into your Keele undergraduate degree with the confidence that you have the skills, and knowledge needed to successfully complete your course.

This Foundation Year is a two-semester programme which provides a tailored pre-degree programme of study to better prepare you for the BSc (Hons) Physics with Renewable Energy course. For example, the Advancing Physics module introduces a whole new set of mathematical skills, you will begin to look at more complex algebra, introduce calculus into your physics equations and revisit some of the topics covered in foundations and see how you can solve more interesting and advanced problems using these new techniques. You will begin to move beyond Newtonian physics as we start to apply our skills to other areas such as quantum physics and relativity. Course content has been developed in collaboration with degree teaching teams, so that by the time you begin Year 1, you will be ready to excel at your studies, as the majority of our Foundation Year students do.

Find out more about the Keele Foundation Year, including information about teaching and assessment methods by visiting the Foundation Year homepage.

Course Structure

The module details given below are indicative, they are intended to provide you with an idea of the range of subjects that are taught to our current students. The modules that will be available for you to study in future years are prone to change as we regularly review our teaching to ensure that it is up-to-date and informed by the latest research and teaching methods. The information presented is therefore not intended to be construed and/or relied upon as a definitive list of the modules available in any given year.

Semester One Modules

FYO-00185	Practical and Academic Skills in Science	15 credits
FYO-00217	Foundations of Mathematical Methods	30 credits
FYO-00205	Foundations of Physics	15 credits

Semester Two Modules

FYO-00229	Advancing Mathematical Methods	30 credits
FYO-00207	Advancing Physics	30 credits

Entry Requirements

The entry grades outlined in this section indicate the likely offer or range of offers which would be made to candidates along with any subject specific requirements. This is for general information only. Keele University reserves the right to vary offer conditions depending upon a candidate’s application. Read more about our undergraduate entry requirements for United Kingdom, European Union and International students.

56 UCAS points including at least one Level 3 qualification (such as an A Level, BTEC, Access Course, or T Level).
Plus C in GCSE English / Level 2 Functional Skills English and C in GCSE Maths / Level 2 Functional Skills Maths

How to Apply

Students will need to apply for BSc (Hons) Physics with Renewable Energy with Foundation Year (UCAS code FH33) through UCAS at www.ucas.com

Direct Entry Students

If you already have your qualifications, are not expecting any further results and only wish to apply to Keele, please contact the Admissions Office directly.

The information in this Foundation Year section is for UK/Home applicants. Where an international Foundation Year is available, please see the 'Information for international students' tab.

We also offer a January start for some of our Foundation Year courses. Adopting a blended learning approach, the January start is particularly useful for students wishing to return to education following time out of studying, or who are seeking a flexible approach to their Foundation Year studies. Our January start is available across most of our Science, Humanities, Social Science, Health and Business courses.

Whilst still being a full-time course, our blended delivery model combines live teaching sessions - both online and on-campus - with self-directed study, enabling you to predominantly study at a time that suits your lifestyle. You will benefit from weekly online taught sessions which encourage you to engage with your teachers and peers.

In addition to online study there will be a series of full study days that you will be required to attend throughout each semester. These sessions may include lab-based activities, group work, review of course and assessment materials studied online. They will emphasise opportunities for you to deepen your knowledge and understanding of your chosen route.

Please refer to the September start tab for more information about the entry requirements and what you will study. The modules that you will take on a January start Foundation Year will be similar to those for the September start, but on a compressed timescale and tailored to a blended learning approach (with the majority of learning taking place online).

For more information, including fees, the UCAS code for this course, how to apply, and how you will be taught, please visit our January Start Foundation Year webpage.

Our International Foundation Year is delivered on campus through Keele University International College (KUIC). Find out more about the International Foundation Year options on the KUIC website.

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