MSc Electrical Power Engineering

1 Year On Campus Masters Program

University of Greenwich

Program Overview

The MSc Electrical Power Engineering at the University of Greenwich is designed to deepen your knowledge of modern power systems and their design, operation, and management. It is ideal for engineering graduates who want to specialise in electrical power, including careers in power generation, transmission, distribution, and sustainable energy systems.

Curriculum Structure

Year 1 (Full-time, 12 months)
In the one-year full-time route, you will study specialist modules such as power systems modelling, electrical machines and drives, power electronics, and renewable or alternative energy systems. You will also undertake a major research project where you select a topic—often informed by industry needs—to apply your technical knowledge to a real-world challenge in power engineering.

For part-time students, the same taught modules are spread over a longer period, with the research project completed alongside the taught content.

Focus Areas

Power systems analysis and modelling; electrical machines, drives, and power electronics; renewable and alternative energy systems; system integration and practical project work; professional and business-aware skills in a power engineering context.

Learning Outcomes

Graduates will be able to analyse and design components of electrical power systems, understand the interaction of machines, converters, and networks, and critically evaluate system performance including sustainability and emerging technologies. You will also develop research, independent learning, and professional skills necessary for advanced engineering roles in the power sector.

Professional Alignment (Accreditation)

The programme is accredited by the Institution of Engineering and Technology (IET) and meets the further-learning requirements of the UK Engineering Council for registration as a Chartered Engineer (CEng), assuming you already hold an accredited undergraduate degree.

Reputation (Employability Rankings)

The University of Greenwich holds a Gold rating in the UK Teaching Excellence Framework (TEF), reflecting strong teaching quality and excellent student outcomes. Specialist laboratories and industry-connected teaching ensure graduates are well-prepared for professional roles in electrical power and energy sectors.

Experiential Learning (Research, Projects, Internships etc.)

The MSc Electrical Power Engineering at the University of Greenwich focuses on practical, hands-on experience alongside strong theoretical foundations. From the start, you’ll work in specialist laboratories on the Medway Campus, designing, modelling, analysing, and experimenting with power systems and devices. The programme combines research-informed teaching, small lab classes, industry-relevant case studies, and a major individual research project to ensure you gain real technical and professional experience.

Here’s how experiential learning works in this programme:

Specialist laboratories and integrated facilities: Engage with first-class labs to apply theory to real equipment, systems, and experimental setups.
Use of industry-standard modelling and simulation tools: Apply simulation, design, and analytical techniques for power systems, power electronics, and renewable energy systems.
Individual research project: Conduct a major project where you explore a power engineering problem, design a solution, or investigate a system in depth.
Small-group labs and hands-on practicals: Lab sessions are capped to ensure close support and meaningful practical experience.
Industry-informed teaching and case studies: Learn from real-world examples and scenarios shaped by the university’s industrial partnerships.
Professional, analytical, and management skill development: Build critical appraisal, independent learning, and engineering business awareness alongside technical skills.

By the end of this MSc, you’ll graduate not only with a strong understanding of electrical power engineering theory but also with practical experience, the ability to model and analyse real-world systems, and the confidence to tackle professional challenges in power engineering.

Progression & Future Opportunities

If you’re aiming to specialise in electrical power systems and enhance your career in energy, automation, and industrial control, the MSc Electrical Power Engineering at University of Greenwich is an excellent choice. Graduates often progress into roles such as Power Systems Engineer, Control & Automation Engineer, Senior Electrical Design Engineer, or Industrial Project Manager — positions in high demand across energy, manufacturing, and industrial sectors. So: here’s how Greenwich supports your career and what you can expect on graduation.

Progression & Future Opportunities:

This MSc prepares you for technical and leadership roles in electrical power generation, distribution, conversion, and control systems, combining advanced analysis, simulation, and design skills.
Typical job roles include:
- Power Systems Engineer
- Control & Automation Engineer
- Senior Electrical Design Engineer
- Industrial Project Manager

How Greenwich supports your career:

Career and employability services: Postgraduate students receive guidance on CVs, interview preparation, networking, and placement opportunities, tailored to the energy and engineering sectors.
Industry-aligned curriculum: Core modules such as Smart Grids & Sustainability, Electrical Machines & Drives, Power Systems Analysis, and Power Electronic Converters provide advanced technical knowledge, complemented by an individual research project.
Accreditation and professional recognition: The MSc is accredited by the Institution of Engineering and Technology (IET) and recognised by the Engineering Council, giving long-term professional value.
Graduate outcomes: Graduates gain expertise in modelling and analysing power systems, designing and controlling electrical machines and drives, and applying advanced power electronics techniques, preparing them for senior technical or managerial roles.

Further Academic Progression:

After completing this MSc, you could pursue a PhD in Electrical Power Systems, Control Engineering, or Industrial Automation, opening pathways to research or specialist technical roles. Alternatively, you could work toward professional registration as a Chartered Engineer (CEng), combining your master’s qualification with industry experience to enhance both your career prospects and professional standing.