Join a webinar to find out more about 2021 entry
6-7pm, Mon 8 March – MSc Flood Risk Management
6-7pm, Tues 9 March – MSc Renewable Energy and MSc Environmental Change, Management & Monitoring
6-7pm, Wed 10 March – Funded PhD Scholarships with the EPSRC/NERC Aura CDT
6-7pm, Thu 11 March – Funded PhD Scholarships with the Leverhulme Centre for Water Cultures
Masters Level Programmes
MSc Renewable Energy
Our MSc in Renewable Energy will give you an understanding of a range of technologies, such as wind, tidal, solar and hydro-power. You will develop an understanding of the research and analytical skills relevant to renewable energy resource analysis, 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 making you highly employable for careers in industry, consultancy, government, academia or NGOs, both nationally and internationally. The programme is also ideal for students interested in further research.
MSc Flood Risk Management
With an uncertain future climate, there's a global demand for a new generation of flood risk professionals. Our new MSc in Flood Risk Management, developed in consultation with key industry partners, builds on the University’s expertise in flooding to understand the application of innovative new approaches to managing flood risk and promoting greater resilience for communities around the world. You will learn from the University of Hull’s expertise around the drivers and impacts of flood hazards, to gain an understanding of innovative new approaches to flood risk management, equipping you for a career in the rapidly expanding flood risk sector.
New MSc in Advanced Energy Technologies
A further Masters course is set to launch in 2021 – the MSc in Advanced Energy Technologies for Buildings and Industry. Students will benefit from teaching based on a knowledge of advanced energy technologies based on over 20 years of research activity from academics and cutting-edge facilities located in the new research laboratory within the Aura Innovation Centre.
Funded PhD Scholarships in Offshore Wind Energy & the Environment
The EPSRC Aura Centre for Doctoral Training (CDT) in Offshore Wind Energy and the Environment is led by the Energy and Environment Institute at the University of Hull, with partners Durham, Newcastle and Sheffield Universities. Working closely with over 20 industry partners, the Aura CDT is directly addressing the skills gap within the offshore wind industry. With funding for 75 PhD scholarships running over a nine-year period, the Aura CDT supports innovation to drive the sustainable expansion of the offshore wind (OSW) industry in the Humber region and beyond.
Each year, we offer up to 20 scholarships, including Industry Scholarships in conjunction with leading employers such as ORE Catapult and Siemens Gamesa Renewable Energy. If you’re looking for a future in the offshore wind energy, there’s no better place to study than the Aura CDT in the heart of the UK’s energy estuary.
Recruitment will open shortly for Cohort 3 students, beginning study in September 2021.
Leverhulme Doctoral Scholarships Centre in Water Cultures
The University of Hull Leverhulme Doctoral Scholarships Centre for Water Cultures is an interdisciplinary research centre exploring humanity’s relationships with water in the green-blue regions of the world, past, present and future.
It pioneers a new, humanities-led, interdisciplinary and transhistorical research area – the green-blue humanities – and equips a new generation of PhD students to take this agenda forward and transform our understanding of humanity's relationships with water.
We are now recruiting postgraduate researchers to join us as part of a 4-year funded scholarship programme. We are currently recruiting to between 5 and 8 funded PhD scholarship projects starting within the Centre for Water Cultures in September 2021. Further projects will be advertised in future years.
Humber Present and Future PhD Cluster
The Humber Present and Future Cluster of PhD research links with the Interreg-funded Immerse project, addressing multiple estuary management challenges. It also aims to provide an evidence base for the new Humber Flood Risk Management Strategy that is being prepared by the Environment Agency, the Humber Local Enterprise Partnership and 12 local authorities. The projects address eco-engineering approaches to improving flood defence and enhancing decarbonisation, as well as the potential for rewilding to enhance the resilience of the estuarine ecosystem, using the Humber as an exemplar. These projects will feed into the ambitious new Strategy that aims to support sustainable development and a prosperous Humber by redefining the strategic approach to managing tidal flood risk, setting the direction for the next 100 years and keeping pace with sea level rise.
Recruiting for September 2021 intake, more details to be announced.
Living with Water: Perceptions, Processes, Responses and Mitigation of Flooding
This cluster of five PhD students is focusing on better understanding the impacts of flooding and improving the approaches to mitigating flood risk to societies. Improved understanding of the impacts of flooding requires an improved understanding of the processes leading to flooding and the processes active during floods; from the changes in fluxes of water and debris, through to emergency responders’ and the public’s behaviour and perception in response to flood events.
This cluster of seven PhD students are working towards understanding some of the urgent issues caused by microplastics in the marine environment along with our partners in both the Arctic and Antarctic, the British Overseas Territories, South East Asia and the UK.
The cluster takes a ‘source to sink’ approach, covering a wide range of topics: from modelling flows of microplastic particles through major rivers and into the oceans, how plastic changes composition when exposed to environmental conditions, the impacts of microplastics on remote and local food webs to how individual animals respond, behaviourally and physiologically, to chemicals given off by plastics as they decompose.