MSc Electrical Power Systems

at University of Birmingham

• Engage with renowned experts in their respective fields, ensuring a top-tier learning experience and earning a globally respected qualification that enhances your competitiveness in the job market.
• Develop your power engineering expertise through expert instruction and collaborative research with industry partners, providing hands-on experience and practical skills relevant to the power industry.
• Benefit from modules taught by leading industry professionals, offering valuable insights into real-world challenges in the power sector and opportunities to develop innovative solutions.

Modules

• Advanced Project 60 credits

• HVDC and FACTS 20 credits

• Introductory Module for Electrical Power Systems20 credits

• Power Systems Stability Control and Protection20 credits

• Power System Economics 20 credits

• Power Systems Operation and Control20 credits

• Renewable Energy Systems Integration20 credits

Important Dates

The programme commences in September 2024. Prospective applicants are advised to initiate their application process well in advance, considering preparatory tasks such as completing the IELTS or TOEFL exams. It is advisable to begin approximately a year ahead and submit applications at least six months prior to the commencement date.

• Applicants are expected to hold a 2:1 Honours degree in Electrical Engineering, Electronic Engineering, or a related field. 
• Additionally, industrial experience and qualifications such as CEng/IEng will be considered during the assessment process.
• IELTS: 6 
• TOEFL: 80

International Tuition Fees:

£33500 per year

This programme addresses the growing industrial need for professionals trained in advanced concepts of electrical power systems and renewable energy. It strives to cultivate graduates of exceptional calibre, highly sought after for their expertise, leadership skills, and proficiency in team-based projects. Graduates will be equipped to excel in roles encompassing the operation, control, design, and economic analysis of future electrical power systems and smart grids.