MSc Electrical Power and Energy Systems (with Advanced Practice)
Course Overview
This advanced program equips graduate engineers for a career in the modern electrical power industry by providing deep expertise in power systems, renewable energy integration, and cutting-edge technologies. It offers a unique two-year pathway that enhances the traditional MSc with a valuable advanced practice module, such as an internship or research experience, to boost professional readiness. The curriculum is professionally accredited and focuses on the critical areas of electrical power networks, renewable energies, and power electronics.
Key Program Highlights
- Industry-focused curriculum covering smart grids, HVDC transmission, wind/solar power, and power electronics
- Accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council
- Two-year option includes a guaranteed research or vocational internship for practical experience
- Develops expertise for designing, constructing, and managing complex energy production and distribution systems
- Assessment through practical assignments, design exercises, and a major dissertation project
Course Overview
This advanced program equips graduate engineers for a career in the modern electrical power industry by providing deep expertise in power systems, renewable energy integration, and cutting-edge technologies. It offers a unique two-year pathway that enhances the traditional MSc with a valuable advanced practice module, such as an internship or research experience, to boost professional readiness. The curriculum is professionally accredited and focuses on the critical areas of electrical power networks, renewable energies, and power electronics.
Key Program Highlights
- Industry-focused curriculum covering smart grids, HVDC transmission, wind/solar power, and power electronics
- Accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council
- Two-year option includes a guaranteed research or vocational internship for practical experience
- Develops expertise for designing, constructing, and managing complex energy production and distribution systems
- Assessment through practical assignments, design exercises, and a major dissertation project
