In this interview we talk to Dave Muir, Programme Director of the MSc in Renewable Energy & Power System Management
Academic interests and expertise
Can you tell us about your academic and research background?
I am a Lecturer in Systems Engineering Automation at City St George’s having also served as a Principal Lecturer in Industrial systems at a previous university. Industry Training and Knowledge exchange are an integral part of my years in Academia mainly and Industry. This includes areas such as Digital twins in power industry, simulation and modelling.
My electronics foundation serves as a basis for present power electronics applications in Electric vehicles, Drives and Machines. I hold a High Voltage certification at the Operations level and I’m an electric vehicle safety officer. I also teach Power systems at the undergraduate level where they are exposed to all areas from generation to consumer. Industry experience includes utility civil and cable works in the communication industry.
What inspired you to specialise in your current field of study?
On reflection, it’s the sustainability development goals, green engineering and plain core lifestyle that inspired me to specialise in this field. Power and Controls are integral in Electrical engineering applications at all scales from micro to Mega applications. My core Automation, Sensors and EE background provide a solid platform for Power. Presently, I am also the University operations lead for sustainability. I am eagerly exploring AI applications in Smart grid deployment. I have developed several modules including Industrial Electronics, Electrical Maintenance and Renewable energy. I have also delivered industry training on standby generators and preparation for electrical licensing exams.
How do you see your field evolving over the next decade?
Over the next decade, the field will see greater integration of renewable energy sources (solar, wind, etc.) into national grids, smarter grid technologies for better distribution and stability and decentralised energy systems and microgrids. There will be advancements in power electronics and control systems to manage variable energy inputs and a growing emphasis on carbon reduction and energy efficiency.
What do you enjoy most about teaching and mentoring students?
Simply connecting the dots and linking everyday experiences to content at hand. I enjoy meeting the student where they are in experiences and understanding expectations. I am then able to present content in a way which fosters enthusiasm in the module leading to ‘wow’ moments. With the growing interest in carbon reduction and energy efficiency, it takes on a personal challenge from day one to be a part of the solution.
Why this course?
What makes this postgraduate programme unique within its field?
Its focus on power system management utilising software tools for simulation and design are unique features. A lot of the programme staff are visiting lecturers who are active in industry. This coupled with City St George’s focus on employability and entrepreneurship also makes the programme unique. Because of the industry links we have, real world case studies, field trips and talks from sector experts are a common feature. The programme is accredited by the IET and is a unique blend of technical, managerial, and economic aspects of power systems.
What support is offered to help students transition from undergraduate to postgraduate study?
The first module is ‘Introduction to power systems and energy management’. This module helps students transition from undergraduate to grad study by carefully reviewing and building on the concepts exposed to via study and work experiences. Our school dedicated Corporate Relations & Employability Unit also helps, along with special units like Digital skills and Library Research teams. LinkedIn Learning is also a standard feature for all enrolled students.
Are there opportunities for students to tailor the programme based on their specific academic or career interests?
There are several opportunities to tailor the programme to individual interests, particularly through the Project module. We actively collaborate with employers to jointly supervise work-related projects. Students are encouraged to engage with professional bodies like the IET and IEEE. Lecturers support personalised interests and can adapt coursework components when discussed in advance. The internship option also offers a practical route to align studies with specific career goals.
Career paths
How does the programme help students develop skills for their future careers, whether in academia or industry?
The programme equips students with a strong foundation in analytical thinking, optimisation, and operations research, essential for planning and forecasting. Technical expertise is developed in key areas such as power systems, renewable energy technologies, and advanced research methods. In addition, students gain valuable professional skills, including project management, teamwork, and communication. Peer learning and collaboration with industry professionals enhance real-world understanding, preparing graduates for diverse career paths.
What career paths have graduates from this programme typically followed?
The demand in the green skills sector is growing. This coupled with an aging workforce and skill shortage makes this MSc an attractive investment. A lot of students work with utility companies, renewable energy and transport electrification companies. Some roles include Energy Analyst or Power Control Engineer in multinational companies like Siemens, ABB, GE and National Grid.
Tips for offer holders
If you could highlight one thing that students should look forward to in this programme, what would it be?
Students should look forward to the programme’s strong industry focus, which is grounded in real-world applications and driven by a genuine commitment to sustainability. It offers a practice-oriented learning environment where theoretical knowledge is consistently applied to current challenges, equipping students with the skills and mindset to make meaningful, real-world impact.
What advice would you offer to offer holders as they prepare to join this course?
Take time to review relevant materials online. Engage with professional bodies like the IET and IEEE to start building your network within the Power and Energy sector. Reflect on your undergraduate experiences - they’ll provide a valuable foundation for advanced learning. It’s also helpful to begin thinking about potential project topics aligned with your interests or career goals, as this will give you a head start in tailoring your learning journey.