Suguang D. Email & Phone Number

London, England, Gb

London, England, United Kingdom

- provide leadership to cost modelling WP in the Renewables team at EDF R&D UK centre- manage cost modelling projects and deliverables for offshore wind- supervise young researchers and engineers: IDCORE PhD students, VIE, Intern, master thesis projects- collaborate in European projects: HIPERWIND (WP6 leader / EDF coordinator), COREWIND (D5.7 task leader)

London, England, United Kingdom

- develop cost modelling tools in (Matlab / Python) and web platforms (AWS)- publish quarterly market scope report for offshore wind- provide project ranking, pre-feed estimation, competitor analyses for offshore wind farms- forecast long-term market projection - supervise young researchers and engineers: IDCORE PhD students, VIE, Intern, master thesis projects- collaborate in European projects: HIPERWIND WP6 leader, COREWIND task leader for D5.7

Roskilde, Denmark

- participated into Danish and European research projects (FloatStep, HiperWind, SELMA)- FloatStep WP1: developed the optimization tool for floating offshore wind turbine design (floater design and mooring design)- HIPERWIND D3.1: developed wake parameterization and non-Gaussian turbulence box generator- CCA project: developed dynamic digital twin for mapping time series of wind into time series of turbine response and loads- supervision: one PhD and seven Master students (working in Ørsted, Vestas, Rambøll, COWI, Bladena, etc)- teaching: floating wind turbine concept, cost, response, and optimization

Liège Area, Belgium

(1) optimisation for isolated response(2) spline optimisation for tailoring nonlinearity

Hamburg Area, Germany

(1) Topology optimization of nonlinear normal modes(2) Stochastic nonlinear normal modes considering uncertainty.

Copenhagen Area, Capital Region, Denmark

(1) Optimal design of nonlinear MEMS resonators (shape and topology optimization)(2) Dynamic tests of nonlinear MEMS resonators using phase-locked loops

Copenhagen Area, Capital Region, Denmark

Optimization in Nonlinear Structural Dynamics. This research can be used in sensitivity analysis and design optimizations of vibration isolator, vibration absorber, vibration energy harvesters, and micro- and nano-resonators.

Teaching assistant for Prof. Ole Sigmund on the course "FEM-Heavy (Programming the Finite Element Method) ". The exercises were taught in Fortran and Matlab.

Lansing, Michigan Area

funded by Otto Mønsteds Fond and Thomas B. Thriges. Characterization and optimal design of nonlinear MEMS resonators such as micro-mechanical frequency divider for timing and frequency conversion. The designs were tested by UCSB and published in APL.

Teaching assistant for Prof. Ole Sigmund on the course "FEM-Heavy (Programming the Finite Element Method) ". The exercises were taught in Fortran and Matlab.

Beijing, China

-modal analysis of wind turbine and its components -multibody dynamic simulation of wind turbine with aero-loads and controller-multibody dynamic simulation of drive-train with detailed gearbox dynamics-design optimization of vibration isolators for gearbox and generator -Lecturer for training of multi-body dynamic simulation of wind turbine- link to the company: http://www.sanygroup.com/group/en-us/

Phd, Mechanical Engineering

Bridged nonlinear dynamics and structural optimisation. Combined nonlinear dynamics, finite element, and structural optimisation to tailor.

Master’S Degree, Engineering Mechanics

Nonlinear Mechanical Vibration. System Identification. Experimental Modelling. A study on mathematical modelling of nonlinear vibration.

Bachelor'S Degree, Applied Mathematics

mathematical modelling, computer simulation, mathematical programming, probability and statistics

Bachelor'S Degree, Aerospace, Aeronautical And Astronautical Engineering

(1) Identification of moving targets in dynamic background based on image processing. (2) Evaluation of quality of water using artificial.