Expert in Floating System Design

Ming Yang Smart Energy; Hamburg; Vor Ort; EUR 90.000 - 120.000; Vollzeit

Zusammenfassung

Ming Yang Smart Energy in Hamburg seeks an experienced expert to lead the R&D and design of floating wind turbine systems. You will steer research and resolution of key technologies for integrated floating wind turbines, including floating bodies, mooring systems and overall system optimization.

Applicants should hold a master’s degree in Naval Architecture or Ocean Engineering, with 5+ years in floating wind turbine design or offshore analysis.

Qualifikationen

• Master's degree in Naval Architecture or Ocean Engineering preferred.
• 5+ years in floating wind turbine design or offshore engineering analysis.
• Familiar with semi-submersible and tension-leg floating systems.
• Proficient in hydrodynamic software HydroD, AQWA, SESAM, Orcaflex.
• Knowledge of classification society design codes (DNV, ABS, CCS).
• Strong systematic thinking and cross-subsystem communication.
• Proficient English reading/writing/listening/speaking.

Aufgaben

• Lead the technological R&D and design offloating wind turbine systems.
• Lead the research and resolution of key technologies in floating wind turbine design (including wind turbines, floating bodies, mooring systems, etc.).
• Lead the research and resolution of key technologies for integrated design of floating wind turbines.
• Provide technical support for domestic and overseas projects.
• Participate in the development of integrated load analysis and calculation software.

Kenntnisse

Hydrodynamic analysis

Independent analysis

Cross-subsystem communication

English proficiency

Systematic thinking

Ausbildung

Master’s degree in Naval Architecture / Ocean Engineering

Tools

HydroD

AQWA

SESAM

Orcaflex

DNV Bladed

HAWC2

Jobbeschreibung

• Lead the technological R&D and design offloating wind turbine systems.
• Lead the research and resolution of key technologies in the design of floating wind turbine systems (including wind turbines, floating bodies, mooring systems, etc.).
• Lead the research and resolution of key technologies for the integrated design of floating wind turbines.
• Provide technical support for domestic and overseas projects.
• Participate in the development of integrated load analysis and calculation software.

Job Requirements

• Majors in Naval Architecture and Ocean Engineering, Design and Manufacturing of Ocean Structures, Wind Energy and Power Engineering, etc. A master's degree or above is preferred.
• Have 5 years or more of experience in floating wind turbine design, floating body structure design or offshore engineering structure analysis. Experience in floating wind turbine system design is preferred. Be familiar with the design of semi-submersible and tension-leg floating wind turbine systems.
• Proficient in using hydrodynamic analysis software such as HydroD, AQWA, SESAM, Orcaflex, etc., with the ability to conduct independent analysis.
• Thoroughly understand the floating body structure design codes of classification societies such as DNV, ABS and CCS, and master the core methods of integrated coupling between floating wind turbines and floating body design. Be familiar with specifications including IEC 61400-3 Marine Wind Turbines - Part 3: Design Requirements and DNV-ST-0119. Proficiency in software such as DNV Bladed and HAWC2 is a significant plus.
• Possess strong systematic thinking, and be able to understand the technical logic of each subsystem of floating wind turbines and conduct cross-subsystem communication.
• Have proficient English reading, writing, listening and speaking skills.