
IDCORE PhD: Multi Sector Spatial Optimisation of UK Seabed for Net Zero

Student Name:
Joshua Mitchell
Student Bio:
I hold an MSc in Sustainable Energy Systems from The University of Edinburgh, where I gained in-depth knowledge of sustainable energy technologies and systems. Prior to this, I earned a BEng in Aerospace Engineering which provided a strong foundation in engineering principles and practices. Throughout my academic journey, I have been involved in diverse research projects, including the design of commercial aircraft systems, development of hybrid locomotive drivetrains, the hydrogen economy, and engineered barrier systems for nuclear waste disposal. My MSc dissertation specifically addressed the skills gap in Offshore Renewable Energy (ORE).
My interest in offshore renewables was sparked during my MSc studies. I recognized the immense potential of offshore renewables to significantly decarbonise the UK’s energy system. The UK’s leadership and active involvement in the ORE industry inspire me, and I am eager to contribute to maintaining and enhancing this position. I am passionate about engaging in research that supports the UK’s net zero goals. This commitment drives my enthusiasm for advancing the evidence base and technological innovations necessary for the future of renewable energy.
Location:
UK Exclusive Economic Zone (EEZ)
Timeline:
June 2024 - August 2027
Centre for Doctoral Training (CDT) Type:
Industry-based Doctoral Training Centre in Offshore Renewable Energy (IDCORE)
Lead University:
University of Strathclyde
Background to Doctorate:
The Crown Estate (TCE) manages a diverse portfolio, including the UK seabed, which it leases to various sectors, including offshore renewables. TCE is developing a Techno Economic Modelling Framework (TEMF) to evaluate the spatial variation in costs across marine sectors. This techno-commercial evidence is used in the Whole of Seabed (WOS) programme, which aims to optimise seabed use and create future spatial scenarios. TCE has developed a deployment model which undertakes the optimisation of scenarios for different objectives. This research project will expand the sectors considered in TEMF and deployment modelling to include more Offshore Renewable Energy (ORE) technologies.

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