Electrical Power Engineering (With Advance Practice) MSc

If you want a master’s that blends advanced technical learning with real-world experience, the MSc Electrical Power Engineering (with Advanced Practice) at Northumbria University is a fantastic choice. This two-year course is built to take you beyond classroom theory — you’ll work directly with renewable systems, modern electrical tools, and simulation software, then apply your knowledge through an extended practice-based semester. The additional year gives you the opportunity to work on a live project or undertake a placement, making you career-ready with tangible experience in the power and energy sector.

Here’s how the program ensures strong experiential learning:

• Specialist laboratories: You’ll gain hands-on training in Northumbria’s Electrical and Electronics Labs using oscilloscopes, signal generators, NI ELVIS platforms, and LabVIEW software for circuit testing and system control.

• Renewable and smart grid projects: Modules such as Smart Grids, Renewable Energy Technologies, Wind Energy Conversion Systems, and Photovoltaic System Technology include lab sessions, simulations, and design challenges reflecting current industry demands.

• Group engineering projects: You’ll collaborate in multidisciplinary teams to design and implement innovative electrical systems that meet realistic business and environmental goals.

• Major individual research project: A 60-credit Engineering Project allows you to explore a complex, real-world issue in electrical power, either in partnership with university research groups or through industry connections.

• Advanced Practice semester: The second year focuses entirely on applying your learning in a practical setting — this could be a professional placement, an applied research project, or a consultancy-style assignment, giving you genuine industry exposure.

• Use of professional simulation tools: Throughout the course, you’ll use software such as MATLAB and Simulink to model power systems, renewable integration, and smart grid behaviour.

• Research-led teaching: You’ll learn directly from academic experts involved in the Power and Wind Energy Research (PaWER) group and the Northumbria Photovoltaics Application Centre (NPAC), bringing the latest developments in clean energy into the classroom.

• Collaborative study spaces: Facilities like The Hub and The Zone provide technology-equipped environments for teamwork, project discussions, and innovation-focused learning.

By the time you complete the program, you’ll not only master advanced power engineering concepts but also have practical, industry-level experience — exactly what employers in the energy and technology sectors are looking for.

The MSc Electrical Power Engineering (With Advanced Practice) at Northumbria University offers an outstanding opportunity to gain both advanced technical knowledge and valuable real-world experience. The two-year structure — with the second year focused on “Advanced Practice” — helps graduates stand out in roles such as Power Systems Engineer, Electrical Design Engineer, Renewable Energy Project Manager, and Smart Grid Specialist.

Progression & Future Opportunities:

• University Services to support your employability:

  • Northumbria’s Careers & Employment Service provides personalised career coaching, CV and interview workshops, and direct links to global employers.

  • Through the Graduate Futures team, students can access placement opportunities, networking events, and industry mentoring to help them secure employment.

  • The Advanced Practice element allows you to apply classroom knowledge in a professional environment through an internship, research project, or consultancy experience — significantly boosting your employability.

  • Access to specialist facilities in the Faculty of Engineering, Physics & Mathematics ensures hands-on learning with modern equipment used in real power engineering environments.

• Employment stats & salary figures:

  • Around 85% of Northumbria postgraduate engineering graduates move into highly skilled employment or further study within 15 months of graduation.

  • Average salaries for graduates in this field are approximately £21,000 a year after completion, with many advancing to senior technical roles within a few years.

  • The course maintains an exceptionally low unemployment rate, showing its strong industry relevance.

• University–industry partnerships:

  • The programme is closely linked with research centres such as the Northumbria Photovoltaics Application Centre (NPAC) and the Power and Wind Energy Research (PaWER) Group, connecting students to active industry projects in renewable and smart energy systems.

  • Strong collaborations with regional and national energy companies ensure that the curriculum remains aligned with current technologies and workforce needs.

  • Guest lectures, industry challenges, and project-based learning help bridge the gap between academic theory and real-world engineering practice.

• Long-term accreditation value:

  • This MSc is accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council as “Further Learning” for Chartered Engineer (CEng) status, provided the student’s first degree is also accredited.

  • Accreditation ensures the qualification is internationally recognised and adds long-term professional credibility.

• Graduation outcomes:

  • Graduates develop deep expertise in areas such as power electronics, renewable energy integration, smart grids, and electrical drive systems.

  • You’ll also refine key professional skills in project management, analytical problem-solving, teamwork, and independent research, preparing you to thrive in both technical and leadership roles within the global energy industry.

Further Academic Progression:
After completing this MSc, you can progress to a PhD or MPhil in Electrical Power Systems, Renewable Energy, or Sustainable Engineering. You may also pursue Chartered Engineer (CEng) registration through the IET or take executive and research-focused postgraduate courses in areas such as Smart Grid Innovation, Energy Management, or Power Systems Optimization to advance toward senior technical or management roles.