Sustainable Electrical and Electronic Engineering Aberystwyth University

Overview

The Sustainable Electrical and Electronic Engineering programme at Aberystwyth University provides students with the technical expertise required to address the global low-carbon agenda. This degree integrates fundamental engineering principles with modern applications in renewable energy, communications, and automated systems. Students are prepared for a changing world where electrical skills are vital for medical breakthroughs and sustainable infrastructure.

Why Sustainable Electrical and Electronic Engineering at Aberystwyth University?

The university prioritises innovation to meet modern society's energy and technology needs. Students gain a detailed understanding of how electronics apply to sustainability and renewables while building specialist knowledge in robotics, power generation, and sensor control. The curriculum is designed to empower graduates to solve complex problems in industrial research and development or national laboratories.

Research at the institution is commercially deployed across optical networks and new-generation metrology. Students benefit from a "can-do" approach to problem-solving, ensuring they have the confidence to deliver in lucrative commercial environments. Additionally, the department uses industry-standard simulation tools such as MATLAB and COMSOL to enhance conceptualisation and modelling skills.

Tuition Fee Breakdown

• International fee: GBP 21875 per year
• National fee: GBP 9535 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum covers core engineering foundations, progressing to advanced systems and sustainable practices. Modules may include:

• Algebra and Differential Equations
• Analogue and Digital Electronics
• Calculus
• Communication and Technology
• Electricity, Magnetism and Matter
• Programming
• Laboratory Techniques for Experimental Physicists and Engineers
• Mathematical Methods for Physics and Engineering
• Power and Machines

Advanced study areas include:

• Mathematical Physics
• Practical Research Skills
• Robotics and Embedded Systems
• Sensors, Electronics & Instrumentation
• Signals and Communication
• Engineering Control Theory
• Machine Learning
• Systems Engineering

Careers with Sustainable Electrical and Electronic Engineering

Graduates are well-positioned for rapidly growing roles in the green economy, including positions as Sustainability Specialists and Renewable Energy Engineers. The shift towards electric transportation and smart distribution networks has created significant demand for qualified engineers in the automotive and infrastructure sectors. Career paths often lead to roles in product development, solar energy installation, and system engineering.

The programme also prepares students for opportunities in medical science, quantum computing, and artificial intelligence. Graduates may find employment in national research facilities or private sector firms focusing on automation and digital twins. The skills acquired are highly transferable to various scientific and engineering disciplines globally.