Electrical Power Engineering

Electrical power engineering sits at the heart of modern society, underpinning everything from national grid infrastructure to electric vehicles and renewable energy systems. The discipline focuses on the generation, transmission, distribution and conversion of electrical energy at scale, and it has grown in importance as the world moves away from fossil fuels toward low-carbon alternatives. Studying it means engaging with a field that is actively reshaping how countries power themselves.

On this part-time programme at Glasgow Caledonian University, you will develop a thorough understanding of power systems analysis, electrical machines, control engineering and power electronics. You will explore how large-scale networks are designed and managed, how faults are detected and contained, and how modern power converters make renewable generation viable. The programme includes both a placement year and a year abroad, giving you extended professional and international exposure that deepens your technical knowledge and builds the confidence to work across different regulatory and engineering environments.

Because the programme currently accepts direct entry at Year 2 and Year 3, applicants who need a full first year should consider the related Electrical and Electronic Engineering course at the same institution, which shares a common first year and allows transfer into this specialism thereafter.

Graduates from electrical power engineering programmes are in strong demand across energy utilities, grid operators, renewables developers, heavy manufacturing and infrastructure consultancies. You will be well placed to work on projects ranging from offshore wind farms to smart grid upgrades and battery storage systems. Roles in design, protection engineering, project management and network planning are common entry points.

Many graduates go on to chartered engineer status through professional bodies such as the Institution of Engineering and Technology. Further study at Masters level is also a natural progression for those who want to specialise in emerging areas such as power system resilience, high-voltage direct current transmission or energy storage.