MSc Advanced Electrical Power Systems Engineering

2 Years On Campus Masters Program

University of Manchester

Program Overview

This two-year advanced master’s programme offers an in-depth study of electrical power systems, combining rigorous technical training with extensive research experience. It’s designed for students who already have a strong background in electrical or electronic engineering and wish to take their expertise further into innovation, analysis, and leadership roles within the global power and energy sector.

Curriculum Structure

Year 1:
The first year focuses on strengthening your technical foundation. You’ll explore key modules such as Electrical Machines and Power Electronic Modelling, Power System Operation and Economics, and Power System Analysis and Control. These units build the essential theoretical and practical understanding of how power systems are designed, modelled, and operated in real-world contexts. Learning is supported by laboratory sessions, computational modelling, and hands-on work with advanced simulation tools.

Year 2:
In the second year, the emphasis shifts toward applied research and advanced system design. You’ll study modules like Power System Planning and Resilience, Power System Plant and Asset Management, and Power System Protection and Communications, which equip you with skills to manage complex electrical infrastructures. The programme concludes with an extended research dissertation—often tied to real industry challenges—allowing you to apply your technical and analytical skills to a substantial investigative project.

Focus areas: Advanced power system modelling and stability, grid protection and communication, smart distribution and renewable integration, power system planning and resilience, asset management

Learning outcomes: Gain advanced knowledge of modern electrical networks, develop high-level research and analytical skills, design and evaluate innovative power system solutions, and prepare for professional engineering leadership roles

Professional alignment (accreditation): Accredited by the Institution of Engineering and Technology (IET) and the Institute of Measurement and Control, meeting UK Engineering Council standards and supporting progression toward Chartered Engineer (CEng) status

Reputation (employability rankings): The University of Manchester is consistently ranked among the world’s top universities for Electrical and Electronic Engineering, and its graduates are highly valued by employers such as National Grid, Siemens, ABB, and General Electric for their strong technical and research capabilities.

Experiential Learning (Research, Projects, Internships etc.)

The MSc Advanced Electrical Power Systems Engineering at the University of Manchester is designed for students who want to go beyond foundational knowledge and develop advanced technical expertise in modern power systems. The course blends deep theoretical understanding with immersive, hands-on learning that mirrors real-world engineering challenges—ideal for those aiming for senior technical roles or further research in power and energy systems.

From day one, you’ll work in professional lab environments and use advanced digital tools that allow you to test, simulate, and optimise complex power networks. You’ll also engage in group-based design and analysis projects that reflect how engineers collaborate in industry and research.

Here’s how experiential learning comes to life in this programme:

High Voltage Laboratory Training – Conduct experiments involving insulation coordination, overvoltage testing, and system behaviour under stress using real high-voltage components and advanced test rigs.
Real-Time Digital Simulation (RTDS) – Gain practical experience using real-time digital simulators for testing network stability, fault analysis, and integration of renewables.
Advanced Modelling and Analysis Software – Learn and apply tools for dynamic and static analysis of electric machines, converters, and large-scale power systems.
Collaborative Group Projects – Participate in team-based studies that replicate real-world design, planning, and troubleshooting in power transmission and distribution networks.
Year-Long Research Project (Dissertation) – A substantial, research-intensive project in your second year that develops your technical independence and prepares you for either doctoral study or advanced engineering roles.
Smart Grid and Renewable Integration Labs – Use facilities that replicate future energy networks with renewable and distributed generation systems.
Home of Engineering and Materials Science Building – A cutting-edge learning space housing over 250 laboratories, technical workshops, and collaborative study zones built to support innovation.
Specialist Research and Study Resources – Access to power conversion and energy storage labs, simulation clusters, and research groups focusing on future energy systems and infrastructure resilience.

This strong blend of research-driven learning, practical experimentation, and digital simulation ensures that graduates leave equipped to lead in areas such as power systems design, renewable energy integration, and smart grid innovation.

Progression & Future Opportunities

The MSc Advanced Electrical Power Systems Engineering at the University of Manchester prepares graduates for cutting‑edge roles in power systems, smart grids, and renewable energy integration: typical career paths include Senior Power Systems Engineer, Grid Resilience Specialist, R&D Engineer in Smart Grids, and Consulting Engineer – Energy Systems.

Progression & Future Opportunities:

University services: The Careers Service provides tailored postgraduate support including one‑to‑one coaching, CV and interview workshops, job fairs with industry contacts, and access to an active alumni network.
Employment stats & salary figures: Graduates typically enter utilities, manufacturers, consultancies, and software firms, often securing salaries higher than entry-level engineering roles, reflecting the advanced technical skills gained.
University–industry partnerships: Students benefit from strong links with leading companies like Siemens, ABB, GE Power, and major utilities, along with access to the department’s high‑voltage and advanced research labs.
Long-term accreditation value: The programme is accredited by the Institution of Engineering and Technology (IET) and the Institute of Measurement and Control, fulfilling UK professional engineering standards and supporting progression toward Chartered Engineer (CEng) status.
Graduation outcomes: Graduates move into high-responsibility roles in utilities, equipment manufacturing, software development, consultancy, and research. The programme also equips students with advanced modeling, stability assessment, and micro-grid control skills, making them highly competitive in technical roles.

Further Academic Progression:
After completing this MSc, students can pursue a PhD in Power Systems, Smart Grids, Renewable Energy Integration, or Energy Systems Research, building on the programme’s research-focused component. Alternatively, they may pursue specialist postgraduate courses in Sustainable Electrical Power Systems or advance professional development toward Chartered Engineer (CEng) status, enabling leadership roles in industry.