Supergen ORE Hub - PhD project submission for Research Landscape

Supergen ORE Hub - PhD project submission for Research Landscape

Use this form to submit your PhD project for inclusion on the Supergen ORE Hub Research Landscape
In order to better understand the breadth of ORE research currently being conducted in the UK, the Supergen ORE Hub has collated from its academic network, Centres for Doctoral Training and Industrial partners, a list of PhDs currently being undertaken in ORE.

The list will be made available through our web-based, interactive Research Landscape. The list will be updated through calls out to our network on a bi-annual basis and PhD researchers are encouraged to submit further details on their PhD through this form.

Supergen ORE Hub Research Landscape

The Supergen ORE Hub Research Landscape is an interactive web-based landscape tool which brings together and helps communicate UK based offshore wind, wave and tidal energy research. The Research Landscape will enable industry, government and researchers to share opportunities and challenges across challenge themes, and allows researchers to promote ORE projects to the wider community.

More information about the Research Landscape can be found on the website.

Your details

The details you provide in this form will be used by the Supergen ORE Hub for matters relating to PhD submissions to the Research Landscape only. Your personal details will not be shared with any other organisations outside the Supergen ORE Hub. We do not sell or communicate information to any mailing lists. If you require any further information please email supergenorehub@plymouth.ac.uk.

The Supergen ORE Hub are using JotForm to collect these details. More information about JotForm's Privacy Policy can be found here.
Please verify that you are human*
Title
Dr, Prof, Mr, Ms etc.
Name*

First NameLast Name
Email address (Please note - names and contact information will not be shared through the Research Landscape)*
example@example.com
Please state if your PhD is an industrial or academic based PhD*
Please state the organisation or academic institution which will award your PhD*
Please provide the title of your PhD thesis*
Please select the main offshore renewable energy sector your PhD project fits within*

Offshore WindTidal EnergyWave EnergyEnvironmental
Please submit the start date of the PhD*

DayMonthYear
If you are unsure of the exact day, please select 1st of the month.
Please submit the end date of the PhD*

DayMonthYear
If you are unsure of the exact day, please select 1st of the month.
Does the PhD have financial support from an industrial sponsor?*

YesYes - partialNo
Please provide a description and key aims of the PhD*
So that we are able to place your PhD in the correct place on the Research Landscape, please identify up to three research challenges within the landscape that the project relates to:

A1 - Better measurement techniques for forecasting and resource characterisationA2 - Improved modelling tools for resource assessment.A3 - Resource and environmental characterisation in physical modelling facilities.A4 - Long-term sediment transport measurement and modellingB1 - Realistic fluid-structure-seabed design tools that work together, not in isolationB2 - Novel device concepts – rethinking the mechanism of energy extractionB3 - Moorings, anchors and foundationsB4 - Multi-purpose hybrid systems for ORE and ocean resources.B5 - Design of reliable cabling systems.C1 - Integrity in the marine environment (corrosion, fatigue, coatings etc.)C2 - Serial (volume) manufacturing of complex structural systemsC3 - Design for safe and cost-effective installation methodsC4 - New materials and coatingsC5 - Recycling/reuse of compositesD1 - Control of ORE farmD2 - Smart sensor system useD3 - Drive train designD4 - Power Electronic ConversionE1 - Higher and more consistent reliability through risk-based designE2 - Extending limits to operation or performance by mitigating extreme actionsE3 - Innovative subsystems to provide higher and more consistent reliability and / or performanceE4 - Sustainable whole-life design methodE5 - Design tools for arraysE6 - Whole systems approaches to operate large scale OREF1 - Analysis of remote sensing and condition monitoring dataF2 - Use of autonomous systems for inspectionF3 - Data and digital cyber securityF4 - Increased use of automation to reduce risk in installation and operation (O&M)G1 - Fit for purpose approaches to environmental monitoringG2 - Development of population level environmental impact modelsG3 - Ecosystem ModellingH1 - Communication: Ocean literacy and public perception of OREH2 - Interaction with other marine usersH3 - Development of market mechanisms for OREH4 - Reducing uncertainty of both technology and social costs of ORE
Please provide a hyper-link to the PhD project for further information (if applicable)
If you would like you upload an image which represents your PhD, please upload it below.

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