Nuclear Engineering MEng

Summary

Undergraduate degree programme Nuclear Engineering MEng H822:

This new course has been designed in response to demand from the Nuclear industry for a programme at undergraduate level to equip students with the fundamentals to help provide non-fossil fuel alternatives for our future energy requirements. 

This course brings together a range of modules drawn from top ranked schools across the University. Students will study modules from the Schools of Physics (ranked 2nd in the UK by the Times) and Metallurgy and Materials (ranked 6th in the UK), meaning that you will receive a first class grounding in the issues facing the nuclear industry today, taught by some of the leaders in their field.

Key facts

UCAS code: H822

Duration: 4 years

Start date: September 2013 (Check to see if this course is receiving applications for September 2012)

Places available: 40 for both Nuclear progammes

Professional accreditation:

This degree programme will be accredited by the Institute of Materials, Minerals and Mining, and the Nuclear Industry.

Entry requirements

Number of A levels required: 3

Typical offer: AAB

Required subjects and grades: A level Mathematics and Physics required

General Studies: not accepted

Additional information:

Other qualifications are considered – learn more about entry requirements

International students:

International Baccalaureate Diploma: 35-36 points including Mathematics and Physics at HL

Standard English language requirements apply.

International students applying for this programme will need an Academic Technology Approval Scheme (ATAS) certificate from the Foreign & Commonwealth Office before the University can issue you with a Certificate of Acceptance of Studies (CAS). We recommend that you apply for your ATAS certificate as soon as you receive an offer from us. More information can be found here: www.fco.gov.uk/en/about-us/what-we-do/services-we-deliver/atas/.

Learn more about international entry requirements.

Contact details

Admissions Team
Tel: +44 (0)121 414 4563
Email:  physics-adms@bham.ac.uk 

How to apply

Apply through UCAS at www.ucas.com  
Learn more about applying

Fees and funding

Standard fees apply 
Learn more about fees and funding

Scholarships
Firm students that enrol onto this programme are offered non-means-tested Academic Scholarships based on A-level performance worth £1000 for those that achieve at least ABB (with A in Maths or Physics). They are also able to compete for the College of Engineering Excellence Scholarships worth £5000 per year.. Please visit the scholarships, grants and bursaries page for more details.

Further queries may be directed to the School of Metallurgy and Materials Undergraduate Admissions Tutor Mark Ward.

Programme overview

This new course has been designed in response to demand from industry for a programme at undergraduate level to equip students with the fundamentals to help provide non-fossil fuel alternatives for our future energy requirements.

First year

Core modules in your first year will include:

  • Fundamentals of Material Science
  • Classical Mechanics and Relativity
  • Fluid Flow and Thermodynamics

You will also study Computing and Mathematics to ensure that you have the essential skills for higher study in further years.

Second year

In your second year you will study subjects including Nuclear Physics and Fracture, Fatigue and Corrosion.

Third and fourth years

In your final years you will study a range of highly specialised topics developed in conjunction with our partners in industry, including:

  • Advanced Nuclear Physics
  • Design of Reactors
  • Radiation Protection and Detection

Students who choose to follow the MEng route will have the opportunity to study further specialised topics.

This course has been designed to ensure that you have the theoretical foundations necessary to conduct further research in this growing area, or to obtain a graduate role in a range of disciplines from reactor management to radiation safety. 

Career opportunities

Over the next ten years the UK will embark on an ambitious program of commissioning nuclear energy, creating opportunities from plant design and construction to finding sustainable ways of recycling nuclear materials. This new course has been designed in response to demand from industry for a programme at undergraduate level to equip students with the fundamentals to help provide non-fossil fuel alternatives for our future energy requirements. This challenging and growing field offers a range of well paid careers for graduates with strong technical and scientific skills.

We give you access to placement opportunities and careers advice and have strong links with a range of companies including:

  • Magnox North
  • NNL
  • British Energy
  • AMEC
  • Rolls-Royce M
  • Serco
  • HSE (NII)
  • Atkins
  • Babcock Marine
  • AWE
  • Nuclear Tech.
  • Frazer-Nash
  • BAE Systems
  • Westinghouse
  • Canberra
  • UKAEA
  • Aldersgate
  • EDF
  • E.ON
  • RWE NPower
  • Horizon NPower

Institute of Materials, Minerals and Mining accreditation

This degree programme will be accredited by the Institute of Materials, Minerals and Mining, and the Nuclear Industry. More information about can be found at www.iom3.org

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The University of Birmingham has over 50 years’ experience in preparing students for successful careers in the nuclear industry. We are one of the leading centres for nuclear study and research.

Over the next ten years the UK will embark on an ambitious program of commissioning nuclear energy, creating opportunities for graduates – from plant design and construction to finding sustainable ways of recycling nuclear materials. These new degree courses have been designed in response to demand from industry to equip students with the knowledge and skills to provide non-fossil fuel alternatives for our future energy requirements.

This challenging and growing field offers a range of well-paid careers for graduates with strong technical and scientific skills.

The BSc in Nuclear Science and Materials and MEng in Nuclear Engineering degrees bring together a range of modules drawn from top ranked Schools across the University. Students will study modules drawn from the Schools of Physics (ranked 2nd in the UK in The Times Good University Guide 2011)  and Metallurgy and Materials (ranked 6th in the UK), meaning that you will receive a first class grounding in the issues facing the nuclear industry today, taught by some of the leaders in their field.

Core modules in your first year will include Fundamentals of Material Science, Classical Mechanics and Relativity and Fluid Flow and Thermodynamics. You will also study computing and mathematics to ensure that you have the essential skills for higher study in further years.

In your second year you will study subjects including Nuclear Physics and Fracture, Fatigue and Corrosion. In your final year you will study a range of highly specialised topics developed in conjunction with our partners in industry, including Design of Reactors and Radiation Protection and Detection. Students who choose to follow the MEng in Nuclear Engineering route will have the opportunity to study further specialised topics in their fourth year, as well as to work towards an independently accredited degree.

These courses have been designed to ensure that you have the theoretical foundations necessary to conduct further research in this growing area, or to obtain a graduate role in a range of disciplines from reactor management to radiation safety.  We have strong links with a range of companies including Magnox North, NNL, British Energy, AMEC, Rolls-Royce M, Serco, HSE (NII), Atkins, Babcock Marine, AWE, Nuclear Tech., Frazer-Nash, BAE Systems, Westinghouse, Canberra, UKAEA, Aldersgate, EDF, E.ON and RWE NPower, giving you access to placement opportunities and careers advice.