Program Overview

Electrical and Electronic Engineering

Course Overview

This four-year course includes an integrated foundation year, after which the syllabus follows that of the standard three-year course, Electrical and Electronic Engineering (163H).

Why study BEng Electrical and Electronic Engineering at Aberystwyth University?

• Prioritisation of innovation to meet society's communication, tech and energy needs.
• Delivers a detailed understanding of the application of electronics in sustainability and renewables.
• Builds specialist knowledge of the latest communications, robotics, generation, motor, power, sensor and control concepts.
• Empowers you to apply your knowledge in solving problems.
• Builds your confidence and specialised skills which can be deployed in engineering and scientific disciplines such as industrial research and development, product development, and work in national research laboratories such as the National Physical Laboratories.
• Our research is commercially deployed in all optical networks, in the new generation of metrology with the introduction of vibration-free precision fabrication measurements.
• You can study a number of modules through the medium of Welsh, which may enable you to qualify for certain scholarships.

Modules September start - 2025

Year 1

• Energy and the Environment | PH19010 | 10
• Introduction to Fundamentals of Physics I | PH04020 | 20
• Introduction to Fundamentals of Physics II | PH04520 | 20
• Introduction to Laboratory for Physicists and Engineers | PH05720 | 20
• Introduction to Mathematical Methods 1 | PH06020 | 20
• Introduction to Mathematical Methods 2 | PH06520 | 20
• Spreadsheets for University Students | CS01010 | 10

Year 2

• Algebra and Differential Equations | PH16210 | 10
• Analogue and Digital Electronics | EE11020 | 20
• Calculus | MP10610 | 10
• Communication and Technology | PH19510 | 10
• Electricity, Magnetism and Matter | PH11120 | 20
• Introduction to Programming | CS12020 | 20
• Laboratory Techniques for Experimental Physicists and Engineers (20 Credits) | PH15720 | 20
• Laboratory Techniques for Experimental Physicists and Engineers (30 Credits) | PH15030 | 30

Year 3

• Mathematical Physics | PM26020 | 20
• Practical Research Skills | PH25720 | 20
• Robotics and Embedded Systems | CS26020 | 20
• Sensors, Electronics & Instrumentation | PH24520 | 20

Year 4

• Engineering Control Theory | PH33310 | 10
• Fundamentals of Machine Learning | CS36110 | 10
• Systems Engineering | CS33020 | 20

Options

• Robotic Applications | CS36010 | 10
• Semiconductor Technology | PH33610 | 10
• Space Robotics | CS36510 | 10

Careers

A changing world needs changing technology and the people to deliver it, which makes a degree in Electrical and Electronic Engineering a stimulating and rewarding career choice. Electrical and electronic engineers work at the forefront of practical technology, improving the devices and systems we use every day, from solar energy systems to mobile phones. This course is designed to allow students to progress and pursue a career in engineering, research and development.

Industry is moving towards industry 4.0 and higher with increasing levels of control, automation (robotics) and the establishment of digital twins. Net zero targets are driving increasing levels of electrification including generation, distribution networks (Smart) and use (transportation). The UK Government has determined that only electric or hybrid new cars will be available from 2030, thereby creating huge demands on all elements of the infrastructure. Even autonomous cars of the future will require specialist skills. Medical science, computing (including quantum), artificial intelligence, communications and other specialisms are generating even more demand for electrical and electronic engineering skills, thus creating a need for more qualified graduates in this area.

Teaching & Learning

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

Typical Entry Requirements

• UCAS Tariff
• A Levels
• GCSE requirements (minimum grade C/4): English or Welsh and Mathematics
• BTEC National Diploma
• International Baccalaureate
• European Baccalaureate
• English Language Requirements

Useful Links

• Accommodation
• Advice for International Students
• English Language Requirements
• Fees & Finance
• Global Opportunities
• Online Resources Hub

92% of students were satisfied overall with their course.

Data for courses in Electrical and Electronic Engineering at Aberystwyth University

77% of students say teaching staff have supported their learning well.

Data for courses in Engineering at Aberystwyth University

For more official course information visit Discover Uni

See course data

link opens in new tab

You currently have javascript disabled, so the information widget for this course (code: ) can not be displayed properly. The information can be accessed via the Discover Uni page for this course