Power Electronics and Energy Systems MSc

Course overview

Global efforts to reduce carbon emissions are increasing the demand for engineers with both theoretical understanding and practical experience in energy conversion technologies.

This course focuses on developing your knowledge of key technologies associated with electrification. You’ll explore advanced embedded control and real-world power applications, helping you build specialised skills relevant to the development of sustainable energy solutions that align with international standards and address global decarbonisation targets.

Core areas of study:

• Intelligent power and control: master the design of advanced converters and motor drives, using embedded microcontrollers and real-time software to automate complex industrial systems.
• Energy storage and sustainability: acquire the modelling skills to integrate batteries and hydrogen fuel cells into renewable grids and electric propulsion systems, driving the transition to global decarbonisation.
• Industry-aligned research: solve real-world engineering challenges through an independent project aligned with major UK innovation initiatives and current employer demands.

What you'll study

Study the design, modelling and control of advanced power electronic converters, motor drives and embedded systems. Modules cover the application of wide-bandgap semiconductors (SiC and GaN), vector control strategies and the integration of battery and hydrogen fuel cell technologies. Using MATLAB/Simulink and Hardware-in-the-Loop (HIL) systems, you will simulate and test real-time control solutions for energy-efficient applications, culminating in a substantial independent research project focused on contemporary electrification and decarbonisation challenges.

We regularly review our course content, to make it relevant and current for the benefit of our students. For these reasons, course modules may be updated.

How you'll learn

Teaching for this course is based at Coventry University’s Centre for Advanced Low Carbon Propulsion Systems (C-ALPS), a research centre within the Centre for E-Mobility and Clean Growth.

C-ALPS was established to collaborate with the propulsion system supply chain and accelerate the progression to carbon-zero transport. The Centre, a strategic collaboration between Coventry University and global engineering consultancy FEV, employs academics in the areas of power electronics, machines, drives, batteries and hydrogen fuel cells.

Teaching and learning methods may include:

• lectures: gain expert insights and a structured overview of key concepts and cutting-edge research
• seminars: engage in discussion and debate, deepening understanding and critical thinking
• tutorials: receive personalised guidance to solve complex problems and consolidate learning
• presentations: develop communication skills and the ability to clearly convey technical ideas
• group projects: build teamwork and collaboration skills while tackling real-world challenges
• workshops: apply knowledge hands-on, enhancing practical skills and problem-solving abilities
• practical laboratory sessions: gain hands-on experience with equipment and experimental techniques
• computer laboratory sessions: learn to use specialised software for modelling, analysis, and simulations
• simulations laboratory sessions: explore complex systems safely and efficiently, testing scenarios that are difficult to replicate physically
• online learning: access flexible resources for self-paced study and reinforcement of key concepts.

Teaching contact hours

As a full-time postgraduate student, you will study modules totalling 180 credits each academic year. A typical 30-credit module requires a total of 300 hours of study. Study hours are made up of teaching contact hours and guided and independent study.

Teaching hours

Teaching hours may vary, depending on where you are in your studies, but on average, you will have between 8 and 12 teaching and learning hours each week. You will also have the opportunity to attend optional sessions including time with a Success Coach or to meet with staff for advice and feedback.

Guided and independent study

Throughout your studies, you will be expected to spend time in guided and independent study to make up the required study hours per module. You will be digging deeper into topics, reviewing what you’ve learnt and completing assignments. This can be completed around your personal commitments. As you progress to the end of your studies, you’ll spend more time on independent learning.

Online learning

As an innovative university, we use different teaching methods, including online tools and emerging technologies. So, some of your teaching hours and assessments may be delivered online.

Assessment

This course is assessed using methods that vary by module.

Assessment methods may include:

• written assignments
• individual presentations
• group presentations
• laboratory exercises and practical testing
• mini-projects
• a final individual research project.

The Coventry University assessment strategy aims to ensure that our courses are fairly assessed and allows us to monitor student progression towards achieving the intended learning outcomes.

Facilities

C-ALPS hosts four state-of-the-art laboratories dedicated to Power Electronics Machines and Drives (PEMD), battery testing, cell prototyping and hydrogen fuel cell technologies. The 40,000 sq. ft research and test centre is equipped with industry-grade training solutions and high-spec workstations.