Suguang D.
Technical Area Lead @EDF (UK)
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WORK HISTORY
Technical Area Lead @EDF (UK)
London, GB
I oversee and strategically lead all cost modelling activities in the renewable team within EDF R&D UK centre. I also act as the primary contact point for cost modelling matters and coordination of EU projects for offshore wind, engaging with internal and external stakeholders. My external roles include EDF\'s stakeholder for UK funded project CoTide, industrial supervisor for PhD students in IDCore and MSCA DN project TWEED, and participant of IEA wind task 53: wind energy economics.
EDUCATION
Xi'an Jiaotong University
Bachelor's degree, Aerospace, Aeronautical and Astronautical Engineering
Zhejiang University
Master’s Degree, Engineering Mechanics
DTU - Technical University of Denmark
PhD, Mechanical Engineering
Xi'an Jiaotong University
Bachelor's Degree, Applied Mathematics
ABOUT SUGUANG D.
Lead an annual portfolio of about 20 projects and 10 contributors in cost modelling work package. Collaborate with diverse stakeholders, including EDF Renewables, Strategy, and Corporate teams, to deliver valuable results, reports, service, and solutions- EDF Coordinator for HIPERWIND (with a total budget of about €1million for EDF), contributed to four EU projects (HIPERWIND, MAREWIND, INNODYN, NOVIB), two Danish projects (FloatStep and SELMA) and one US project (nonlinear MEMS resonator)- international experience in Europe, Asia, and North America- professional experience in wind energy, mechanical engineering and applied mathematics- project management, team leadership, and supervision of students- cost modelling for bottom-fixed and floating offshore wind farm- export system design for offshore wind farms- reliability methods and O&M optimization- floating offshore wind turbine design (floater, mooring, tower, model-based design, data-driven design)- data-driven modelling (wake parameterisation, dynamic digital twin, surrogate-assisted optimisation)- fail-safe design of offshore jacket structures- nonlinear finite element method- nonlinear resonances of mechanical structures- non-Gaussian turbulence box generator- harmonic balance method for nonlinear modal analysis- image analysis for dynamic objective tracking in dynamic background
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