Electrical Power Systems MSc

Students on this MSc programme at the University of Birmingham engage directly with real engineering challenges and gain hands-on experience through cutting-edge facilities. They are supported in bridging the gap between theory and industry practice, learning how electrical power systems and networks operate, how they are controlled, how economics and renewable integration intersect with traditional grid environments. Their work is supported by a state-of-the-art School of Engineering building, which includes a 50-seat electronics & electrical projects space, a full-size railway points set, the University’s pantograph test rig and a test track for a scaled hydrogen-powered train.

In addition to that infrastructure, the programme is designed so that students conduct simulation-based lab experiments, group assignments, individual work, and a substantial Advanced Project (60 credits) over the summer which may involve modelling, simulation, or laboratory experiments.

Here are the specific experiential components of the MSc:

• Access to licensed software such as MATLAB and DIgSILENT PowerFactory for power system simulation and analysis.
• Laboratory sessions and simulation-based practicals embedded into the Autumn and Spring terms: lectures, tutorials, simulation-based lab experiments and team or individual assignments.
• The “Advanced Project” during the summer (or final part of the course) where each student works under supervision on an original power systems problem, culminating in a dissertation/report and presentation.
• Industrial relevance: teaching and projects are informed by real-world power industry challenges (smart grids, renewables integration, HVDC/FACTS, economic and control aspects of power systems) and links to industry partners.
• One-to-one supervision and support from the School of Engineering so students are guided through design, data collection, analysis, and presentation of their outcome.

Why this programme stands out

• The programme is accredited by the Institution of Engineering and Technology (IET), continuing a long-standing record of professional engineering qualification.
• The University of Birmingham’s engineering research (within the School of Engineering) is ranked among the top 10 in the UK for GPA and 4-star research in REF 2021.
• Graduates are prepared for leadership in the design, control, operation and economic analysis of modern electrical power systems and networks (including smart grids).
• The course’s structure and facilities reflect real engineering environments and demand: the modules are aligned with current industry trends, and students report that lecturers bring up-to-date examples from the field of power engineering.

Application essentials

• Entry requirement: A UK 2:1 Honours degree (or equivalent) in Electrical Engineering, Electronic Engineering or a relevant subject. Applicants with a 2:2 may be considered case-by-case with strong relevant modules or industrial experience.
• Duration: The full-time option is 1 year, and part-time option is 2 years.
• Teaching format: The programme includes lectures, tutorials, laboratory and simulation-based work, group/individual assignments, and a major advanced project.
• English language requirement (for international students): IELTS 6.5 with no less than 6.0 in any band.

Graduates from the University of Birmingham’s MSc in Electrical Power Systems are highly valued in the global energy and utilities sector for their advanced understanding of modern power networks, system operation, and sustainable energy integration. They are well-positioned to lead the design and management of next-generation electrical infrastructure. Typical career paths include: Power Systems Engineer, Electrical Design Engineer, Energy Systems Analyst, and Renewable Energy Consultant.

Students are supported by the University’s exceptional employability and industry engagement services:

• The Careers Network offers dedicated postgraduate career guidance, technical interview preparation, and access to exclusive engineering employer events.

• Collaboration with the Birmingham Energy Institute enables students to apply their knowledge in innovative research and industrial projects.

• Strong industry partnerships with major companies such as Siemens, National Grid, and Rolls-Royce give students hands-on insights into the challenges of modern power systems.

• The degree’s IET accreditation adds long-term professional value, supporting the pathway toward Chartered Engineer (CEng) status and international career recognition.

• Based on the Graduate Outcomes Survey, over 90% of engineering postgraduates from Birmingham secure employment or further study within 15 months, many entering high-impact roles in power generation, transmission, and renewable sectors.

Further Academic Progression:
Graduates can progress to a PhD in Electrical Power Engineering or Energy Systems at Birmingham or other leading global universities. The MSc also provides an excellent foundation for research in areas such as smart grids, renewable integration, and sustainable energy technologies, preparing students for both academic and industrial research careers.