About the course
The University of Hull is leading the way in renewable energies and low carbon futures through Aura and the Energy and Environment Institute. As the renewable energy sector expands there is huge demand for trained individuals to plan, implement and manage renewable energy projects with 27,000 new jobs expected by 2030.
The Humber is the UK’s ‘Energy Estuary’ and is rapidly becoming the focus of the renewables industry with great opportunities for industrial placements and career prospects - you could hardly choose a better place to study than the University of Hull.
You will gain a good understanding of a range of technologies, such as wind, tidal, solar and hydro-power, through both lectures and hands-on experience in the laboratory. You will develop an understanding of the key research and analytical skills relevant to renewable energy resource analysis, including GIS and industry software, as well as learning key professional skills such as project management, presentations and group work.
There is a strong industrial component, including site visits, guest speakers from industry and the use of 'real-world' examples building on the expertise of partners in Aura. The programme is also ideal for students interested in further research in this growth sector with research programmes led by the University’s Energy and Environment Institute.
Watch a short introduction to the course
Programme Leader Dr Simon Waldman gives a short introduction to the Masters in Renewable Energy:
View here
Watch our Webinar for more information
Watch this recording of our webinar to help you find out more about our Masters in Renewable Energy. Join us to hear from programme leaders, students and researchers and hear responses to questions posed during the Q&A. Watch here
The Humber Region - UK's Energy Estuary
Find out more about the key role of the University of Hull and the Humber Region against climate change and in driving flood resilience in the UK and beyond in this short film.
What you'll study
The teaching programme is led by the University’s Energy and Environment Institute and runs over two semesters. All modules are compulsory. Each module is worth 20 credits Students take 60 credits in each of the two semesters and then 60 credits for the dissertation.
The Summer Dissertation consists of an individually supervised research project often undertaken in association with local authorities, business or industry.
All modules are subject to availability and this list may change at any time.
All modules are subject to availability and this list may change at any time.
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Principles of Renewable Energy
This module introduces the main forms of renewable energy, focussing on the technology and resource assessment associated with each.
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Research issues in Environmental Management and Renewable Energy
Work in small teams to research current topics in environmental management or renewable energy. It's an opportunity to create your own knowledge and learn skills that are highly desirable to employers, and prepare you for your own dissertation project.
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Environmental and Energy Data Literacy
This module provides you with key research and data analysis skills. You will design your own research proposal for your dissertation, including risk and ethics assessments.
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Low Carbon Energy Solutions
Gain the practical skills and experience required for employment within the low carbon energy industry. You'll develop a broad understanding of the factors affecting low carbon energy developments.
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Applied Renewable Energy
This industry-focussed module is built around a series of guest lectures, site visits and practicals. Gain an understanding of renewable energy development from the people doing it, while improving analytical skills.
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Environmental Impact Assessment and Spatial Data
Environmental Impact Assessments are the industry standard for assessing the impact of developments on the environment. In this module, you’ll learn about the socio-economic, ecological, environmental, aesthetic and legislative aspects of EIAs, and critically evaluate existing EIAs.