MSc Electrical Power Systems with advanced Research

at University of Birmingham

• This 2-year programme equips students with advanced concepts in electrical power systems and renewable energy, alongside essential research skills, addressing the industry's demand for highly skilled engineers.
• Benefit from modules taught by leading industry experts, providing insights into current challenges and enabling students to develop innovative solutions. 
• Opportunities to work on relevant MSc projects with industry professionals are also available.
• This programme aims to bridge the skills gap between the 1-year MSc and PhD research, preparing graduates to lead teams in the operation, control, design, and economic analysis of future smart grids and manage R&D programmes effectively.

Modules

• HVDC and FACTS 

• LM Introductory Module for Electrical Power Systems

• LM Power Systems Stability Control and Protection

• Power System Economics

• Power Systems Operation and Control

• Renewable Energy Systems Integration

Important Dates

The programme starts in September, and students are typically advised to apply 5 to 6 months in advance. Consulting with counsellors is recommended to ensure timely submission of applications.

• Applicants should possess a 2:1 Honours degree in Electrical Engineering, Electronic Engineering, or a related field. 
• Relevant industrial experience and CEng/IEng qualifications will also be considered..
• IELTS: 6 
• TOEFL: 80

The MSc Electrical Power Systems with advanced Research fees are £24,480/Yr . Students are encouraged to explore the university's website to review the associated costs and explore potential financial aid options, enabling them to make informed decisions.

This programme addresses the industrial need for training and educating current and future engineers in advanced concepts of electrical power systems and renewable energy. It aims to produce top-tier graduates who are highly sought after for their expertise, knowledge, and leadership skills in the operation, control, design, and economic analysis of future electrical power systems and smart grids.