University of Warwick

What you'll study

This programme combines technical study of renewable generation technologies with systems-level analysis, economics and project work. Core themes include the principles and performance of solar, wind and bioenergy technologies; electrical power systems and grid integration; energy storage and conversion; and the modelling and optimisation of energy systems. Teaching typically includes lectures, laboratory and simulation work, case studies, small-group design projects and an individual research dissertation.

• Renewable generation technologies — fundamentals and performance of solar photovoltaics, wind turbines, hydro and bioenergy systems.
• Power systems and grid integration — electrical network operation, variability management, interconnection and distribution aspects.
• Energy storage and conversion — battery systems, chemical fuels, thermal storage and system-level implications.
• Energy systems modelling and optimisation — tools for designing and analysing integrated energy systems, demand-side management and scenario analysis.
• Energy policy, economics and project appraisal — market mechanisms, regulation, financing and lifecycle assessment.
• Research project / dissertation — an extended independent project, often undertaken with industrial partners or research groups, allowing students to apply methods learned to a substantive problem.

Structure

The programme is delivered through taught modules over the taught portion of the year, followed by an individual research dissertation. Assessment methods combine written examinations, coursework, practical lab/simulation reports, group projects and the dissertation.

Entry requirements

Applicants are normally expected to hold a good undergraduate degree (for example a UK upper second-class honours or equivalent) in engineering, physics, mathematics, environmental science or a closely related discipline. Applicants with substantial relevant professional experience or an alternative academic background, together with appropriate quantitative skills, may also be considered.

International applicants must demonstrate proficiency in English through a recognised qualification. Applicants should consult the university's official admissions guidance for details on acceptable qualifications and evidence.

Career prospects

Graduates from this MSc typically move into roles across industry, government and research. Common career destinations include:

• Renewable energy engineer or technical specialist in wind, solar, bioenergy or storage companies
• Power systems engineer or grid integration specialist with utilities and transmission/distribution operators
• Project developer or project manager for renewable energy installations and infrastructure
• Energy consultant in areas such as systems modelling, feasibility studies and lifecycle assessment
• Policy analyst or advisor on energy transition, regulation and sustainability
• Research and development roles in academic institutes, research centres or R&D departments of industry; graduates may also progress to PhD study

Why study at University of Warwick

Warwick offers a strong interdisciplinary environment, bringing together engineering, systems analysis and policy perspectives. Students benefit from access to research groups and centres working on energy and sustainability, and frequent engagement with industry partners through project work and guest seminars. The university's central UK location and alumni and careers services provide additional support for networking and progression into energy-sector roles.