Aura Centre for Doctoral Training

Researching impacts of seabed vibration on sediment structure and infaunal organisms at the University of Hull

Researching the impact of windfarm associated noise on commercially important benthic invertebrates at the University of Hull

Researching the incorporation of energy storage into offshore wind farms for load levelling and energy security at the University of Sheffield

Researching textile waste as advanced carbon materials for wind turbine blade manufacturing at the University of Hull

Researching novel acoustic methods for directly monitoring seabed sediment transport, geohazards & scour at Durham University

Researching advanced data analysis and robust statistics for structural health monitoring of wind turbines at the University of Sheffield

Researching the future of global offshore natural capital with climate change with ORE Catapult at the University of Hull

Researching scour protection and the test tank of secrets at the University of Hull

Researching Low Power High Performance Neuromorphic Circuits for Remote Sensing and Monitoring in the Offshore Wind Sector at the University of Hull

Assessing the viability of multi-use Macroalgae Aquaculture within Offshore Wind Farms at Newcastle University

Researching cumulative and in-combination effects of offshore infrastructure on ecological resources at the University of Hull

Assessing echolocating cetacean (porpoise and dolphin) occurrence and behaviour in offshore development sites using a novel passive acoustic monitoring system at Newcastle University

Researching Advance condition monitoring solutions for offshore wind generators at the University of Sheffield

Researching Satellite detection and mapping of sandbank crests: supporting location of offshore wind developments and conservation areas at Newcastle University

Modelling and optimisation for a coordinated interconnected multi-terminal DC transmission infrastructure for integration of offshore wind energy at Durham University

Researching numerical modelling of wind turbine blade manufacture with Siemens Gamesa Renewable Energy at the University of Hull

Researching Palaeo records of Tsunami risk to Offshore Renewable Energy Infrastructure at the University of Hull

Researching "Digital twins Era for Coordinating Energy Network inTegration (DECENT)" at Durham University

Evaluating the impact of motion travel on cognitive ability of offshore workers with ORE Catapult at the University of Hull

Researching Wind Sourced Energy Storage at the University of Hull

Integration of wave and offshore wind energies at the University of Durham

Ultrasonic guided waves blade monitoring at the University of Sheffield

Understanding the emergent macro-scale impacts caused by the rapid expansion of Offshore Wind within The North Sea System at the University of Durham

Development of a novel active wind farm control method by using a smart wind-turbine equipped with morphing blade technology at the University of Durham

Enhanced mixing of stratified waters by offshore wind infrastructure with ORE Catapult at the University of Hull

Studying PG Dip Offshore Wind Energy and the Environment

In-Service Inference of Distributed Blade Loading at the University of Sheffield

Assessing the potential for colocation of aquaculture with offshore wind energy farms using remote sensing at the University of Hull

The effects of government policy on industrial development and employment relations in North Sea offshore wind at the University of Sheffield

Blade Factory Digital Twin for Recording and Analysing Production Parameters at the University of Sheffield

Wind Turbine Blade Inspection using Machine Learning for Diagnosis of Structural Faults at the University of Hull

Data-driven Infrastructure Planning for Offshore Wind Farms

Population-based offshore wind farm fleet health monitoring and performance prediction at the University of Sheffield

Digital Twin Logistics of Operations and Maintenance for Offshore Wind Farms at the University of Hull

Multiscale Design of Fracture & Fatigue Resistant Bio-mimetic Composite Materials for Wind Energy Applications at the University of Durham

Application of wake steering to offshore wind farms at the University of Durham

Innovative decommissioning for offshore foundation systems at Durham University

Hybrid modelling of loads and structural response on a floating offshore wind turbine at Durham University

Evaluating the Performance and Sustainability of Natural Fibre-Based Composites in Wind Turbine Components at the University of Hull

Integrating offshore wind with Direct Air Carbon Capture and Storage for a net zero Humber at the University of Hull

Digital twin output functions for monitoring wind turbines at the University of Sheffield

Electricity Storage through Electrochemically Compressed Hydrogen at the University of Hull

Next Generation High Temperature Superconducting Generators for Floating Wind Turbines at the University of Sheffield

Researching physics and engineering of the offshore environment – vibrations and the design of wind turbine systems.

Researching Impact of Offshore Windfarm Development on Marine Benthos: Interaction with Ecosystem Level Stressors

Researching OPtimization EXplainability (OPEX) for Maintenance Scheduling of Offshore Wind Farms

Researching the impact of marine growth on deep sea cables

Researching offshore wind infrastructure in stratified seas: Interactions between waves and wakes

Researching human-informed Artificial Intelligence for improved wind turbine health monitoring

Researching Sustainable, Low-Cost Upcycling of Wind Turbine Transition Pieces

Researching optimisation of the Internal Structure of Wind Turbine Blades

Researching the impact of estuary dynamics on offshore wind infrastructure

Researching effect of blade surface contamination on wind turbine energy production

Researching the interaction between internal waves and offshore wind structures

Researching primary production and carbon export across the Flamborough frontal system: Interaction with offshore wind energy

Researching biorenewable honey comb adsorbates from wind turbine wood waste for high capacity carbon capture