| Company | Project Title | Location | Research Engineer |
|---|---|---|---|
| Aquamarine Power | The Use of Compliant and Continuous Structures in the Nearshore Environment for the Purpose of Wave Energy Extraction | Belfast | Laurie Wilkinson |
| Cefas | Modelling the interactions of marine renewable devices and the environment | Lowestoft/Suffolk | David Haverson |
| EDF | Offshore Wind Farm Layout Optimisation | London | Ajit Pillai |
| EDF | Offshore wind O & M 'ECUME' tool | London | Rebecca Martin |
| EDF | Numerical study of a real floating wind turbine | Paris | Raffaello Antonutti |
| EDF | Offshore Wind - Corrosion and Marine Fouling Protection | London | Claire Canning |
| EDF | Offshore Wind - Foundation Design & Optimisation | Paris | Siobhan Vaughan |
| EDF | Marine Energy Converters - Reliability & Cost Modelling | Paris | Steven Allsop |
| E.ON | Assessment of next generation offshore wind turbine foundations installation methodologies | Nottingham | Gabriel Marsh |
| E.ON | High Altitude Wind Resource for Large Wind Turbines and Airborne Wind | Nottingham | Stephanie Mann |
| TGL | Tidal resource modelling | Bristol | Alberto Perez Ortiz |
| Narec | Development and Validation of full Scale Lab Based Tidal Turbine Drive Train | Blyth/Newcastle | Ampea Karikari-Boateng |
| Narec | HVDC project | Blyth/Newcastle | Michael Smailes |
| FloWave TT | Characterisation of the All-Waters Test Facility | Edinburgh | Samuel Draycott |
| FloWave TT | Characterisation and Scale Effects of Current in Combination with Waves | Edinburgh | Donald Noble |
| Tidal Energy | Implementation of Predictive Control for Tidal Turbines | Cardiff | Magnus Harrold |
| Tidal Energy | Independent Speed Control of Tidal Turbine Rotors in an Array | Cardiff | Simon Reynolds |
| Pelamis Wave Power | Modelling and Optimising of Pelamis Wave Power's O&M Strategy | Edinburgh | Anthony Gray |
| Pelamis Wave Power | Design and Manufacture of post-tensioned concrete tubes | Edinburgh | Leah Ewart |
| SIEMENS/MCT | Development of Improved Methodologies for Incorporating the Impact of Aharmonic Forcing on Tidal Turbine Design | Bristol | George Crossley |
| SIEMENS/MCT | De-risking Tidal Energy Project Development Through Improved Uncertainty Analysis | Bristol | Sunny Shah |
| Pelamis Wave Power | Simulation, Optimisation and Analysis of the Pelamis Wave Energy Converter | Edinburgh | Enrico Anderlini |
| Lloyd's Register | Health Monitoring Renewable Energy Systems | Aberdeen | Marco Sepulveda |
| TWI | Lessons Learnt from decommissioning of Offshore Oil and Gas structures for Inputs to Improved Design of Offshore Wind Farm Structures | Cambridge | Scott McKirdy |
| DNV | Certification Standard for Wave Energy Converters | London | Maximilian Zangs |
| Sgurr Energy | Tidal Resource Assessment | Glasgow | Robert Clayton |
| AlbaTern | System Design to Support Commercialisation of Wave Energy for Aquaculture and Other Islanded Systems | Edinburgh | Ciaran Frost |
The Industrial Doctorate Centre in Offshore Renewable Energy (IDCORE) is a partnership of the Universities of Edinburgh, Strathclyde and Exeter, the Scottish Association for Marine Science and HR-Wallingford. IDCORE was set up by the Energy Technologies Institute (ETI) and is funded by the ETI and the EPSRC RCUK Energy programme.
