MEng

Engineering Physics (with integrated year in industry)

Engineering Physics (with integrated year in industry) Code 168F Attend an Open Day Attend an Open Day

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You are viewing this course for September start 2022

Key Facts

168F

  • UCAS Tariff

    128 - 120

  • Course duration

    5 years

Further details on entry requirements

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Engineering Physics (with Integrated Industrial and Professional Training) at Aberystwyth University applies physical principles and techniques to engineering and technology. The degree combines the knowledge, training and skills of a discipline in Physics with the production of engineering solutions in real-world situations.

Even though it is one of the oldest academic disciplines, Physics makes significant contributions to modern society, with theoretical breakthroughs that feed into new sciences and foster modern technologies. The degree is accredited by the IOP (Institute of Physics).

Course Overview

Why study Engineering Physics at Aberystwyth University?

  • Graduate with a Masters qualification furthering your career options
  • Focus on a strong practical and IT component
  • Gain specialised knowledge in topics such as: micro and nano-electronics, applied photonics, materials design and production, quantum technology, robotics, solar energy and space instrumentation
  • Prepare for a career as an engineer or scientist in areas such as industrial research and development, product development and work in national research laboratories
  • Our researchers are involved in the current European Space Agency ExoMars 2020 Project and engineering low dimensional materials, namely graphene.
Our Staff

Department of Physics Lecturers are all qualified to PhD level and have a track record of research in their fields of specialisation.

Modules September start - 2022

Please note: The modules listed below are those currently intended for delivery during the next academic year and may be subject to change. They are included here to give an indication of how the course is structured.

Core

Module Name Module Code Credit Value
Electricity and Magnetism PH22510 10
Mathematical Physics PM26020 20
Numerical Techniques for Physicists PH26620 20
Optics PH22010 10
Practical Research Skills PH25720 20
Principles of Quantum Mechanics PH23010 10
Sensors, Electronics & Instrumentation PH24520 20
Thermodynamics PH21510 10

Core

Module Name Module Code Credit Value
Abroad Year Credits PHS0000
Year In Industry PHS0160 60
Year in Industry PHS0060 60

Core

Module Name Module Code Credit Value
Concepts in Condensed Matter Physics PH32410 10
Engineering Control Theory PH33310 10
Particles, Quanta and Fields PH33020 20
Professional Skills in Engineering PH38210 10
Project (with project management) PH37040 40
Semiconductor Technology PH33610 10
Systems Engineering CS33020 20
Systems Engineering Concepts CS33210 10

Options

Module Name Module Code Credit Value
Fundamentals of Machine Learning CS36110 10
Modern Optics and Photonics PH34510 10
Space Robotics CS36510 10
Structure Determination of Condensed Matter PH33510 10

Core

Module Name Module Code Credit Value
Advanced Research Topics PHM7020 20
Major Project PHM5860 60

Options

Module Name Module Code Credit Value
Advanced Numerical Methods PHM6610 10
Advanced Quantum Physics PHM3010 10
Advanced Skills in Physics PHM6420 20
Communicating Topics in Physics PHM4410 10
Electromagnetic Theory PHM2510 10
Fundamentals of Intelligent Systems CSM6120 20
Internet Technologies CHM5720 20

* Also available partially or entirely through the medium of Welsh

Careers

What can I do with a degree in Engineering Physics?

This course is designed to allow students to progress and pursue a career in engineering, research and development.

But other graduates from the Physics department have discovered other pathways:

  • Medical Physicist
  • Radiation Protection Practitioner
  • Research Scientist
  • Systems Developer
  • Product Development
  • Technical Author
  • Meteorologist

Employability is embedded across all of our teaching and ethics. We instill these skills to our students:

  • Research and data analysis skills
  • Enhanced mathematical and computational skills
  • Effective problem-solving and creative thinking skills
  • Ability to work independently
  • Time-management and organisational skills, including the ability to meet deadlines
  • Ability to express ideas and communicate information in a clear and structured manner, in both written and oral form
  • Self-motivation and self-reliance
  • Team-working, with the ability to discuss concepts in groups, accommodating different ideas and reaching agreement

What work experience opportunities exist whilst studying? 

Click here to find out about the various opportunities that our Aberystwyth University Careers team offer.

Enhance your employability prospects with GO Wales and YES (Year in Employment Scheme) managed by our Careers department.

Course Content

What will I learn?

The breakdown below will provide you with an illustration of what you may study during the five year degree scheme.

In your first year you may explore:

  • Calculus
  • Classical Dynamics
  • Classical Physics
  • Introduction to Computational and Experimental Physics
  • Algebra and Differential Equations 
  • Communication Technology
  • Forces and Energy
  • Modern Physics 
  • Introduction to Computational and Experimental Physics

In your second year you may discover:

  • Mathematical Physics
  • Thermodynamics
  • Data Handling and Statistics
  • Instrumentation, Electronics and Sensors
  • Opitcs
  • Electricity and Magnetism 
  • Experimental Physics 
  • Quantum Mechanics

In your third year you will undertake your industrial year placement. 

In your fourth year you may research:

  • Concepts in condensed matter physics
  • Numerical Methods
  • Systems Engineering 
  • Engineering Control Theory 
  • Semiconductor Technology
  • An individual project
  • Probing Atoms and Molecules
  • Professional issues industry
  • Modern Optics and Photonics
  • Condensed Matter Structure Determination 
  • Machine Learning 
  • Space Robotics

In your fifth year, you may explore: 

  • A major project
  • Electromagnetic Theory
  • Communicating Topics in Physics
  • Quantum Technology
  • Advanced Numerical Methods 
  • Fundamentals of Intelligent Systems 
  • Machine Learning for Intelligent Systems 
  • Internet Technologies 

How will I be taught?

You will be taught through lectures, seminars, tutorials, workshops, practicals, individual and group-based project work.

You will be assessed through coursework, presentations, lab reports, lab diaries and examinations.

Further information:

You will be assigned a personal tutor throughout your degree course, who will help you with any problems or queries, whether these are academic-related or personal issues. You should feel free to contact them at any time for help and advice.

You will also have the opportunity to complete a Personal Development Plan (PDP) at Aberystwyth. This is a structured process of self-appraisal, reflection, and planning, which will enable you to chart your personal, academic and professional development throughout your time at university. By recording your academic performance, and highlighting the skills you already have and those you will need for future employability, the PDP portfolio will equip you with the necessary tools to plan effectively, develop successful approaches to study, and consider your future career options and aspirations.

Students wishing to study through the medium of Welsh may do so by choosing our Welsh medium modules. 

Typical Entry Requirements

UCAS Tariff 128 - 120

A Levels ABB-BBB with B in Physics and B in Mathematics

GCSE requirements (minimum grade C/4):
English or Welsh and Mathematics

BTEC National Diploma:
DDM-DMM with specified subject and B in A level Physcis and B in Mathematics

International Baccalaureate:
32-30 points overall with 5 points in Physics and 5 points in Mathematics at Higher Level

European Baccalaureate:
75% overall with 7 Physics and Mathematics

English Language Requirements:
See our Undergraduate English Language Requirements for this course. Pre-sessional English Programmes are also available for students who do not meet our English Language Requirements.

Country Specific Entry Requirements:
International students whose qualification is not listed on this page, can check our Country Specific Entry Requirements for further information.

The University welcomes undergraduate applications from students studying the Access to Higher Education Diploma or T-level qualifications, provided that relevant subject content and learning outcomes are met. We are not able to accept Access to Higher Education Diplomas or T-levels as a general qualification for every undergraduate degree course.
Our inclusive admissions policy values breadth as well as depth of study. Applicants are selected on their own individual merits and offers can vary. If you would like to check the eligibility of your qualifications before submitting an application, please contact the Undergraduate Admissions Office for advice and guidance.

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