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Electrical Power Engineering MSc

Postgraduate Taught

Course code

P-H643

Start date

27 September 2027

Study location

University of Warwick

Qualification

Master of Science (MSc)

Department

School of Engineering

Duration

1 year full-time

Course overview

In-demand skills for an electrified world.

From renewable energy and smart grids, to electric vehicles and future transport systems, there’s an unprecedented demand for experts who can develop the technology behind sustainable electrification. As world leaders in the field, we’ll equip you with advanced knowledge and practical skills in power electronics, energy systems and emerging technologies. Preparing you for careers across a wide range of industries in one of the fastest-growing areas of engineering.

School of Engineering students

This course is accredited by the IET, and IMechE and InstMC. More information about accreditation is available on the School of Engineering website.

Modules

Develop the expertise to design and deliver the next generation of electrical power systems.

  • Advanced power technologies: explore the latest developments in power electronics, electric drives, control systems and energy storage
  • Sustainable energy systems: understand the challenges and opportunities of renewable energy integration and smart grids
  • Specialist pathways: tailor your studies through optional modules aligned with your interests and ambitions
  • Research expertise: conduct an individual project exploring a current challenge in electrical power engineering

Note that information found by following the links to the module catalogue is subject to change for future years of study, as we evolve our courses in response to the latest developments in academia and industry.

Teaching and learning

Learn from world-leading researchers while developing in-demand skills for multiple industries.

  • Expert-led teaching:study with specialists at the forefront of power electronics, electric drives, control and energy storage
  • World-class facilities: gain experience using advanced facilities supported by cutting-edge research
  • Research-driven learning: develop independent problem-solving skills with an extensive project, guided by an academic supervisor
  • Career-ready expertise: prepare for opportunities across power generation, renewable energy, electric transport, aviation, government and emerging technology sectors

Entry requirements

Fees and scholarships

Tuition fees are payable for each year of your course at the start of the academic year, or at the start of your course, if later. Academic fees cover the cost of tuition, examinations and assessment and some student amenities.

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About the department

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