MEng Engineering Physics with integrated year in industry

5 Years On Campus Bachelors Program

Aberystwyth University

Program Overview

Aberystwyth’s BEng Engineering Physics with Integrated Year in Industry is designed for students who want to apply physics to real-world engineering challenges — from robotics and quantum systems to space instrumentation.

This program is ideal for curious problem-solvers who enjoy maths, physics, and hands-on experimentation. You’ll study everything from classical dynamics and microelectronics to photonics and materials design, with a full year working in industry to apply your skills in a professional setting.

Curriculum structure

Year 1: Foundations in Physics and Engineering
You’ll begin with Mathematics for Physicists, Classical Dynamics, and Thermal and Quantum Physics, gaining a strong grounding in core physical principles. Alongside this, Laboratory Physics and Introduction to Programming help you build essential experimental and coding skills, while Fundamentals of Engineering Mechanics introduces key concepts in structural analysis and design.

Year 2: Applied Physics and Design Integration
This year deepens your technical knowledge through Electromagnetism and Optoelectronics, Solid State Physics, and Engineering Design and Materials Selection. You’ll also take Laboratory Physics and Programming to enhance your practical and computational abilities, and Mathematical Methods to support advanced modelling and analysis.

Year 3: Integrated Year in Industry
You’ll spend this year working with an approved employer in a physics or engineering-related role. This placement gives you the chance to apply your academic knowledge in a real-world setting, develop professional skills, and build valuable industry connections.

Year 4: Advanced Topics and Final Project
In your final year, you’ll explore cutting-edge areas through modules like Applied Photonics, Space Instrumentation, and Robotics and Control. You’ll also complete a substantial Major Project, where you’ll conduct supervised research or design work that showcases your skills and specialism.

Year 5: Master’s-Level Research and Innovation
Your final year includes a substantial Major Project, where you’ll conduct supervised research or design work that showcases your mastery. You’ll also study advanced modules in Engineering Physics, Instrumentation, and Control Systems, positioning you for leadership roles in industry or further academic research.

Focus areas

Photonics, quantum technology, robotics, space instrumentation, materials design, microelectronics

Learning outcomes

Engineering design, experimental physics, programming, numerical modelling, instrumentation, teamwork, research

Professional alignment (accreditation)

Accredited by the Institute of Physics (IOP), supporting progression toward Chartered Physicist (CPhys) or Chartered Engineer (CEng) status

Reputation (employability rankings)

Aberystwyth University ranks in the top 5 in the UK for student satisfaction in Physics and Astronomy (NSS 2022)

Experiential Learning (Research, Projects, Internships etc.)

Aberystwyth’s BEng Engineering Physics with Integrated Year in Industry is built around hands-on experimentation, real-world design, and professional experience — giving you the tools to thrive in high-tech industries.

From your first year, you’ll work in labs, write code, and design systems using specialist equipment and digital tools. The integrated year in industry lets you apply your skills in a professional setting, gain insight into engineering careers, and build your CV. Here’s how experiential learning is embedded in the program:

Laboratory Physics modules in Years 1 and 2 develop experimental techniques in optics, electronics, and materials science.
Programming modules introduce Python and numerical modelling for engineering applications.
Engineering Design and Materials Selection includes team-based design projects using CAD and simulation tools.
Robotics and Control and Space Instrumentation offer hands-on experience with sensors, actuators, and embedded systems.
Integrated Year in Industry places students with approved employers in physics or engineering-related roles, offering real-world experience and professional development.
Major Project in Year 4 allows students to conduct supervised research using Aberystwyth’s specialist equipment.
Access to Physics and Engineering Laboratories, equipped for photonics, quantum technology, and microelectronics.
University Library and Digital Learning Environment (Blackboard) support research, collaboration, and access to specialist databases.

Progression & Future Opportunities

Graduates of Aberystwyth’s BEng Engineering Physics with Integrated Year in Industry are equipped to lead in high-tech sectors — from aerospace and robotics to quantum systems and instrumentation.

Typical career paths include systems engineer, instrumentation physicist, robotics developer, and aerospace technologist. With a full year of industry experience and strong technical training, you’ll graduate ready to make an impact. Here’s how Aberystwyth supports your future success:

Careers Service offers tailored support including CV and interview workshops, employer networking events, and access to the AberForward internship scheme.
Physics graduates from Aberystwyth enjoy strong employability, with many entering roles in engineering, software, and applied research.
Industry partnerships include placements and collaborations with engineering firms, research labs, and space-related organisations during the integrated year.
Institute of Physics (IOP) accreditation supports long-term career progression toward Chartered Physicist (CPhys) or Chartered Engineer (CEng) status.
Graduation outcomes include roles in aerospace, robotics, quantum systems, and software development, with employers ranging from space agencies to high-tech companies.

Further Academic Progression:
After completing the BEng, students can pursue a PhD in Engineering Physics, Quantum Technology, or Space Science at Aberystwyth or other leading institutions. The university offers postgraduate research opportunities through its active physics research groups and specialist facilities.