Master in Electrical Power and Energy Systems (with Advanced Practice)

Teesside University in Middlesbrough, established in 1930, is a contemporary university known for its industry-aligned courses and strong focus on graduate employability. With a student population of over 22,000 and a diverse international community, the university offers a welcoming and practical learning environment. Teesside's campus blends modern facilities with creative and technical programs designed to prepare students for evolving professional landscapes.

The university provides a broad portfolio of programs, with many courses developed in collaboration with employers to ensure graduates have relevant skills and workplace experience. Strengths include digital media, engineering, health, and business, supported by placement opportunities, live industry briefs, and enterprise initiatives. Students benefit from practical labs, specialist studios, and dedicated support to build portfolios and professional networks that boost career prospects.

Teesside places emphasis on student support services, from academic guidance to international student advice and career coaching. Middlesbrough offers an affordable cost of living combined with easy transport links to major UK cities. For international applicants seeking practical degrees, strong employer engagement, and clear pathways into the workforce, Teesside University presents a student-centered option with a strong record of employability outcomes.

The Master in Electrical Power and Energy Systems with Advanced Practice at Teesside University is a two-year program for students with a Bachelor's degree. It provides students with advanced skills in electrical power and energy systems, including a strong research focus and practical experience.

The curriculum covers core modules like Advanced Practice, Engineering Research Project, and Future Energy Demand, as well as Microgrids, Power Conversion for Energy Systems, and Sustainability. Students gain hands-on experience in these areas, preparing them for real-world applications.

Graduates can work as Senior Power Systems Engineers, Energy Consultants, Renewable Energy Project Managers, or Smart Grid Designers, employed by companies such as GE Energy, E.ON, or local energy authorities.