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MSc, PGDip, PGCert Sustainable Electrical Power Systems Engineering - Online

  • DeadlineStudy Details: 12-30 months, depending on the qualification level

Masters Degree Description

If you’re an engineer in the electric power sector and want to embrace the challenges and opportunities of this rapidly evolving industry, this course is for you.

The course is tailored to industry needs, making it ideal for those wanting to upskill and advance their careers in electrical power systems engineering. You’ll achieve this by learning the latest developments in the electricity industry and receiving up-to-the-minute training.

Our students come from diverse organisations from distribution networks to component designers, as Power Systems Engineers, Commissioning Engineers, Protection Engineers, Design Engineers, and more.

With a choice of MSc, PGDip, PGCert or modular entry, you can tailor your learning to your needs. And if you are working towards your chartership, the IET-accredited MSc will support your professional goals.

Entry Requirements

We require at least an Upper Second (2.1) class honours degree, or the overseas equivalent, in electrical and electronic engineering disciplines from a reputable institution.

When assessing your application, we take into account your grade average with particular emphasis on relevant course units with marks at 2.1 level. We would expect to see the following topics covered (though the wording on your degree may vary):

Engineering maths (e.g. MATH19681 and MATH19682 and MATH29681 )
Circuit analysis (e.g. EEEN10121 )
Generation/transport of electrical power/energy (e.g. EEEN10212 and EEEN20242 )
Systems analysis (e.g. EEEN20131 )
Students who meet most but not all of the above criteria may be considered for an alternative modular entry route into the MSc, where the first two mandatory units are taken.

Modular entry route

To be considered for the modular entry route we would require you to have covered the relevant topics (engineering maths, circuit analysis, general power system knowledge) with marks at 2.1 level. Alternatively this knowledge may be demonstrated via other routes such as workplace training or non-university training courses. We would also expect at least 1 years' experience in a technical role, including work on MV or HV systems. For example, system-operation/outage planning/network-planning/substation-design on systems 13.8kV and above. Please include specific details around the technical aspects of your involvement in any projects when you apply.

If accepted via this route, should you pass the first two units, you will be considered for a transfer to the MSc by the exam board. Exam boards sit every six months which would result in a break from studies, normally for three months, whilst waiting for the exam board's decision.

Please contact us if you have any questions about this process via studyonline@manchester.ac.uk .
If you are an international student, and are looking for a general guide on entry and language requirements for your country, please visit our country-specific information pages .

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Fees

See our website for fees

Programme Funding

We offer a range of options to help fund your online course, for details on the opportunities available please visit our website

Student Destinations

How it will benefit your career?

  • Join hundreds of successful graduates over the past 30 years and add this prestigious MSc to your CV.
  • Gain the knowledge and skills to take the next steps in your electrical power systems engineering career.
  • Go on to develop your career at a top employer, such as electric utility providers, equipment manufacturers, specialised software houses, universities and consultancy companies.
  • Confirmed by our IET accreditation and the many alumni who go on to CEng level, this course’s content offers an essential grounding for those wishing to progress to chartered status.

Module Details

Unit 1 - Introduction to Sustainable Electrical Energy Systems (15 credits)
Unit 2 - Analysis of Electrical Power and Energy Conversion Systems (15 credits)
Unit 3 - Power System Plant, Asset Management and Condition Monitoring (15 credits) 
Unit 4 - Power System Operation and Economics (15 credits)
Unit 6 - Power System Dynamics and Quality of Supply (15 credits)
Unit 7 - Power System Protection (15 credits)
Unit 8 - Business Cases for Sustainable Innovations (15 credits)
Project (60 credits)

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