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to produce power and help us shift towards a greener and renewable future. Using thermoelectric energy harvesters, any temperature gradient can become a power source, ideal for powering internet-of-things type
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potential in shaping sustainable electricity markets by optimizing resource allocation, enhancing grid stability, and facilitating the integration of renewable energy sources. ML algorithms can analyze vast
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anchoring systems for offshore floating renewable energy infrastructure. You will also have the opportunity to work as part of a vibrant research group focussed on a range of offshore engineering challenges
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systems for floating offshore wind turbines, including novel mooring lines and anchors. Floating offshore wind energy holds immense potential for harnessing clean and renewable energy and reach the net zero
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between energy production (renewable source) and consumption. It is carbon-free and well-suited for easy and inexpensive long-distance transport and long-term storage. Thermochemical processes (gas turbines
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PhD Supervisor: Prof David White Supervisory Team: Prof David White, Prof Susan Gourvenec, Dr Benjamin Cerfontaine Lead the Way in Offshore Renewable Energy Infrastructure Are you interested in
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engineering. Experience with soil mechanics, numerical modelling, and/or experimental testing is desirable. A passion for sustainability and renewable energy, and a desire to contribute to a sustainable future
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into the heart of renewable energy with a project that aims to create a mechanism capable of efficiently converting the translational motion of waves into continuous rotational motion. The key to our innovation