MSc Electrical Power Engineering with Industrial Practice

2 Years On Campus Masters Program

University of Greenwich

Program Overview

The MSc Electrical Power Engineering with Industrial Practice at the University of Greenwich combines advanced technical study in power engineering with an extended industrial placement. It is designed for engineering graduates seeking to develop professional-level expertise and experience, preparing them for careers in utilities, industry, or infrastructure sectors.

Curriculum Structure

Year 1
You will study core modules such as Smart Grids and Sustainability, Electrical Machines and Drives, Power Systems Analysis, Power Electronic Converters, Technology Integration and Interfacing, and a Group Power Project. Complementary modules in Individual Research Project, Research, Planning & Communication, and Strategy & Management equip you with strong analytical, technical, and professional skills, building a solid foundation for practical applications in power engineering.

Year 2 (Industrial Practice / Placement)
The second year focuses on your Individual Research Project and a 60-credit Industrial Practice placement. This provides hands-on professional experience in a real engineering environment, allowing you to apply your knowledge, develop industry-specific skills, and gain a competitive advantage in the job market.

Focus Areas

Power systems and grid analysis; electrical machines and drives; power electronics and converter technologies; technology integration and interfacing; professional engineering practice via industrial placement.

Learning Outcomes

Graduates will be able to analyse, model, and design electrical power systems including machines, drives, converters, and grids. They will also be able to apply these skills in a professional environment, develop research and management capabilities, and demonstrate the broader competencies required for a successful engineering career.

Professional Alignment (Accreditation)

The programme is accredited by the Institution of Engineering and Technology (IET) and meets the UK Engineering Council’s requirements for professional engineering development.

Reputation (Employability Rankings)

The University of Greenwich holds a Gold rating in the UK Teaching Excellence Framework, reflecting strong teaching quality and graduate outcomes. The inclusion of an industrial placement ensures graduates gain practical experience, enhancing employability and preparing them for professional engineering roles in power systems, utilities, and industry.

Experiential Learning (Research, Projects, Internships etc.)

The MSc Electrical Power Engineering with Industrial Practice at the University of Greenwich is designed to combine strong theoretical foundations with real-world industry experience. You’ll begin your studies on campus at the Medway Campus, working in specialist electrical engineering laboratories and workshops. Then, you’ll move into an industrial placement where you’ll apply your learning to live projects, gaining professional skills that prepare you for the workplace. This combination ensures you develop both technical competence and practical experience.

Here’s how experiential learning works in this programme:

Specialist engineering laboratories and workshops: Work on practical modules such as Smart Grids & Sustainability, Electrical Machines & Drives, Power Systems Analysis, and Power Electronic Converters.
Industry-standard software and modelling tools: Apply simulation and analysis tools to design and test power systems, converters, and machine drives.
Group and individual projects: Collaborate on team-based power system design projects and conduct independent research to apply theory in practical scenarios.
Year-long industrial practice placement: Gain 35–48 weeks of real-world experience with an employer, working on live systems and receiving guidance from both workplace and academic mentors.
Professional and leadership skills development: Modules in Research, Planning & Communication, and Strategy & Management equip you with teamwork, communication, planning, and leadership capabilities essential for engineers.
Flexible pathways: If a placement is not secured, you can still complete the MSc, ensuring that all students develop core technical knowledge while emphasizing the value of hands-on industrial practice.

By the end of this MSc, you will have a strong grasp of electrical power engineering theory, hands-on laboratory skills, project experience, and direct industry exposure, making you highly employable in roles such as power systems engineer, design engineer, automation and drives specialist, or roles within utilities and industrial energy sectors.

Progression & Future Opportunities

If you’re looking to advance your career in power systems, automation, and industrial control, the MSc Electrical Power Engineering with Industrial Practice 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 — highly sought-after positions across energy, manufacturing, and industrial sectors. So: here’s how the University of Greenwich prepares you and what you can expect on graduation.

Progression & Future Opportunities:

This MSc equips you for technical and leadership roles in electrical power networks, machine drives, converter systems, and industrial control, combining advanced analytics, simulation, design, and a substantial industrial placement.
Typical job roles include:
- Power Systems Engineer
- Control & Automation Engineer
- Senior Electrical Design Engineer
- Industrial Project Manager

How the University of Greenwich supports your career:

Industrial practice placement: The programme includes a dedicated placement of approximately 35–48 weeks, giving you hands-on experience in a relevant employer environment and the chance to apply your learning in real-world industrial systems.
Career support & employability: You receive postgraduate guidance including CV and portfolio development, interview coaching, networking opportunities, and support in securing placements or graduate roles.
Accreditation & professional recognition: The MSc is accredited by the Institution of Engineering and Technology (IET) and recognised by the Engineering Council, ensuring your qualification has long-term professional value.
Graduate outcomes: Core modules such as Smart Grids & Sustainability, Electrical Machines & Drives, Power Systems Analysis, Power Electronic Converters, along with your individual research project and industrial placement, equip you with technical expertise and practical experience highly valued by employers.

Further Academic Progression:

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