University of Warwick

What you'll study

This programme delivers an integrated understanding of renewable energy technologies, systems thinking and the commercial and regulatory frameworks that govern low-carbon transitions. Teaching mixes technical analysis of generation and storage with modules on energy systems modelling, economics and policy, together with practical laboratory sessions and project work.

• Core technical topics: principles and performance of solar, wind, hydro and other generation technologies; energy conversion and power electronics; energy storage technologies and integration challenges.
• Systems and analysis: electricity networks and grid integration, demand-side management, systems modelling and optimisation, whole-system decarbonisation pathways.
• Economics, policy and business: energy markets, project appraisal and finance, policy instruments for decarbonisation, supply chain and lifecycle considerations.
• Practical and project work: laboratory and simulation-based exercises, group design and industry-linked projects, culminating in an independent research or applied project (dissertation) that applies learned skills to a real-world problem.
• Optional content: depending on availability, options may include advanced energy storage, smart grids and IoT for energy, hydrogen and fuels, or sustainable buildings and district energy systems.

Entry requirements

Applicants are normally expected to hold a good honours degree (UK 2:1 or equivalent) in engineering, physical sciences, mathematics, or a closely related subject. Candidates with a lower-class honours degree plus relevant industrial experience may also be considered. Demonstrable quantitative skills and familiarity with core engineering or physical-science concepts are important.

International applicants will need to meet the university's English language requirements; commonly accepted qualifications include recognised tests at a level appropriate for postgraduate study. Applicants from professional backgrounds without an undergraduate degree should supply evidence of relevant experience and learning.

Career prospects

Graduates go on to careers across the renewable energy and broader energy sectors. Typical roles include:

• renewable energy engineer or project engineer (wind, solar, storage)
• grid integration and systems analyst
• energy analyst, modeller or consultant in commercial and public sector organisations
• project development, finance and commercial roles within utilities, independent power producers and developers
• research and innovation roles in industry or further academic study (PhD)

The programme’s emphasis on applied project work and industry engagement supports employability in engineering consultancies, energy suppliers, transmission and distribution companies, technology vendors, and policy or regulatory bodies.

Why study at University of Warwick

Warwick’s MSc is delivered through WMG, which focuses on applied research and close collaboration with industry. Students benefit from strong links to commercial partners, opportunities for industry-led projects, and access to multidisciplinary expertise across the university in engineering, economics, and policy. The campus offers specialist laboratory facilities, computing resources for modelling and simulation, and careers support that includes employer engagement and alumni networks. The programme is designed to equip graduates with both the technical skills and the commercial awareness needed to operate effectively in a fast-changing energy sector.