MSc Sustainable Electrical Power

1 Year On Campus Masters Program

Brunel University

Program Overview

The MSc Sustainable Electrical Power provides advanced study in sustainable electrical power generation, distribution systems and renewable technologies, equipping students to design, analyse and lead modern power infrastructures. It is ideal for students with a background in electrical, electronic or power engineering who wish to specialise in renewable power systems, grid integration, power electronics and sustainable energy networks.

Curriculum Structure

Taught Stage
In the first terms, the student will engage with core modules such as Energy Economics and Power Markets, Power System Analysis and Security, Power System Stability and Control, Sustainable Power Generation, Smart Grid Operation and Management, and Engineering Ethics and Sustainability. These modules provide a foundation in how power systems operate, their stability and control mechanisms, the design of sustainable generation systems, and the regulatory/economic context in which they function.
Optional modules — for example Power Electronics and Drives and Advanced Vehicular Systems Technology — allow students to tailor their focus towards power electronics and sustainable vehicles as part of the wider power systems context.

Dissertation Stage
In the final part of the year the student undertakes an individual project/dissertation that investigates a real-world challenge in sustainable electrical power systems — for instance grid integration of renewables, battery systems, advanced power electronics, or hybrid generation systems. This enables the student to apply their theoretical knowledge in research or industry-relevant work and demonstrate capability in analysis, design and evaluation.

Focus areas

Sustainable electrical power systems, grid-connected & hybrid generation, power system stability and control, smart grids, power electronics, renewable energy integration, regulatory and economic aspects of electricity markets.

Learning outcomes

Graduates will gain deep technical knowledge of modern power systems (including design and operation), enhanced analytical and research skills for evaluating sustainable generation and grid technologies, and the ability to manage regulatory, economic and environmental issues in electrical power networks.

Professional alignment (Accreditation)

The programme is accredited by the Institution of Engineering and Technology (IET) and the Energy Institute (EI) on behalf of the Engineering Council, meeting the academic requirements for Further Learning towards Chartered Engineer (CEng) status.

Reputation (Employability Rankings)

The programme is housed within Brunel University London, which emphasizes strong industry links (for example with major employers such as National Grid, EDF Energy, UK Power Networks) in the power and energy sector. Although a precise global ranking for this specific master’s is not listed, the subject area is recognised and the course duration (1 year full-time) supports rapid entry into industry.

Experiential Learning (Research, Projects, Internships etc.)

Students on the MSc Sustainable Electrical Power programme gain practical skills by using high-performance technical laboratories, industry-standard simulation software, and engaging in site visits and individual research projects. They work with power systems, grid computing facilities and real-world industrial settings, and they are supported by guest lectures from industry experts. The experience includes:

Hands-on laboratory work to test power and control systems, supported by the university’s grid computing facilities using up-to-date simulation software.
Site visits to major substations, control centres and power stations (e.g., to National Grid control centres) for real-world exposure to sustainable electrical power networks.
Guest lectures and workshops delivered by industry professionals in the electricity/power-generation sector, enabling networking and insight into current industry challenges.
A dissertation or major individual project (typically four months for full-time students) focused on a current challenge in sustainable electrical power systems, which may include grid integration, hybrid systems, power electronics or system stability.
Group work and poster/presentation sessions in conferences or showcase events (e.g., the “Brunel Engineers +” industry facing event) where students present their findings and meet employers.

Progression & Future Opportunities

Graduates of Brunel University London’s MSc in Sustainable Electrical Power are well-positioned to lead in the global shift towards renewable energy, smart grids, and sustainable power systems. The programme equips students with the skills to design, manage, and optimise modern electrical networks and energy infrastructures. Typical career roles include:

Power Systems Engineer
Renewable Energy Consultant
Electrical Design Engineer
Grid Integration Specialist

Brunel University London offers a range of dedicated services and industry connections to strengthen students’ career readiness and employability:

Professional Development Centre (PDC): Provides tailored career advice, CV support, interview coaching, and employer engagement to help graduates secure roles in the energy and engineering sectors.
Industry partnerships: The University collaborates with major organisations such as National Grid, Siemens, and EDF Energy, offering students valuable exposure to real-world challenges and networking opportunities.
Strong employability record: Brunel graduates are known for their technical competence and forward-thinking approach, with many progressing into influential roles within the sustainable energy and power engineering industries.
Accreditation and recognition: The programme’s strong engineering foundation supports pathways towards professional registration and chartered engineer status, enhancing long-term career value.
Graduate success: Alumni have contributed to projects in renewable integration, smart grid technologies, and sustainable infrastructure both in the UK and internationally.

Further Academic Progression:
Graduates may advance to doctoral research (PhD) in areas such as Renewable Energy Systems, Power Electronics, or Smart Grid Technologies. They can also pursue further professional development through research collaborations within Brunel’s Institute of Energy Futures and the Advanced Power and Energy Systems Research Group.