MSc Electrical Power & Energy Systems

Students on the MSc Electrical Power & Energy Systems engage in a practice‑focussed programme that combines advanced technical understanding of electrical power systems with real‑world tools, laboratory work, industry engagement and a substantial research or internship project. They work in well‑equipped high‑voltage and smart‑grid laboratories and engage with data‑analytics, sensors and distributed‑energy resources, thus building both engineering depth and professional readiness.

Throughout the year, learners progress from taught modules in power systems, renewables and smart‑grid technologies to a summer research/internship project that gives them real exposure to industrial challenges, and finish with the confidence and competence to enter the global energy sector.

Key experiential components include:

• Specialist laboratory facilities: Students have access to the Department’s high‑voltage laboratory equipped with partial discharge systems, Marx impulse generators, gas/solid dielectrics test rigs, a 100 kVA micro‑grid, induction machines and programmable load‑banks.
• Smart‑grid / demonstration centre access: Learners benefit from the Power Network Demonstration Centre (PNDC) — Europe’s first centre dedicated to smart‑grid technologies and whole‑system energy demonstration.
• Advanced modules using real‑world data & tools: Modules such as “Data Analytics & AI for Energy Systems”, “Wind Energy & Distributed Energy Resources”, “Sensor Technologies” and “High Voltage Technology & Electromagnetic Compatibility” enable students to use professional simulation, measurement, sensor and analytics tools.
• Industry‑engaged research/internship project: For the summer period, students undertake a major MSc project (60 credits) which may be either research‑based or industry‑based, involving site visits, access to real technical data/facilities and potentially a mentorship from an industry professional.
• Interactive teaching & professional skills development: The course uses blended learning (lectures, labs, problem‑solving tutorials, virtual learning environment), group projects and professional skills support (communication, project‑management, leadership) to mirror industry practice.

Graduates from the University of Strathclyde MSc in Electrical Power & Energy Systems are well‑positioned to embark on dynamic roles such as Power Systems Engineer, Renewable Energy Integration Specialist, Distribution Network Engineer or Energy Asset Manager—thanks to their deep technical grounding in modern electricity systems and the energy transition. They emerge ready to work in major utilities, consultancy firms, renewables companies and smart‑grid startups:

• University services: The Department of Electronic & Electrical Engineering provides dedicated support for MSc students including access to cutting‑edge labs (high‑voltage, microgrid, smart‑grid test‑beds), personal supervision for project work and strong links to industry through guest seminars and networking events.
• Employment stats & salary figures: The course page states that “recent graduates have secured professional & technical positions as electrical engineers, power‑systems specialists, distribution and asset managers in leading national and multinational energy utilities such as Iberdrola, EDF Energy, ScottishPower Energy Networks and China State Grid.” Salary‑guidance given: entry‑level UK electrical engineers ~ £37,000/year, rising to ~£52,000 for more senior positions; power‑systems consultants may start ~£27,000–£37,500, rising toward ~£76,000 for experienced professionals.
• University–industry partnerships: The programme offers industrial internships with real companies—e.g., students may work with utility and engineering firms such as ScottishPower, Smarter Grid Solutions and SSE as part of their major project/internship component. Access to the department’s high‑voltage laboratories, smart‑grid microgrid facilities and the Power Network Demonstration Centre (PNDC) gives the student exposure to real‑world systems and employer‑relevant research themes.
• Long‑term accreditation value: This MSc is fully accredited by the Institution of Engineering and Technology (IET) and fulfils the educational requirements for registration as a Chartered Engineer (CEng) when presented with an appropriate accredited Bachelor’s degree.
• Graduation outcomes: Students complete advanced modules in areas such as power‑system economics & markets, high‑voltage technology & EMC, power electronics for energy systems, wind energy & distributed resources, data analytics & AI for energy systems; followed by either a research or industry‑based MSc project/internship (3‑4 months) in a real company environment.

Further Academic Progression:
After completing this MSc, students may pursue a PhD in Electrical Power Systems, Smart Grids, Renewable Integration or Asset Health Monitoring, leveraging Strathclyde’s major research group in power engineering. Alternatively, they may choose to gain further professional certifications (e.g., IET Chartered status, project management credentials) or even move into business/consultancy postgraduate qualifications to position themselves for senior technical or leadership roles within the global energy transition.