Senior Load Engineer

76129
  • Market related
  • Europe

Job Title:                                  Senior Load Engineer

Location:                                Kolding, Denmark

Client:                                     Multinational Power Company

Assignment Length:             Annual Renewable Contract

Assignment Type:                Residential 

Work Schedule:                    8 Hours per day / 5 days a week  

JOB DESCRIPTION

Lead Load Expert Engineer is the expert reference for all load-related subjects. Accountable for leading load-related activities across development, design, and operational phases of offshore wind projects. Ensures technical integrity, supports operational excellence, drives innovation and foments continuous improvement to optimize asset performance and reduce cost. Inspires colleagues. Acts as a bridge between internal departments, external turbine OEMs and foundation teams.

 

      Drive load-related workstreams in early-phase projects

Collaborate with Primary Structures, WTG, Geotechnical, Metocean, TPM's and Principal Engineers

Evaluate turbine & support structure loading

Scope, plan, and coordinate resources for technical tasks and projects

Conduct technical due diligence with turbine manufacturers

Build and maintain strong supplier and partner relationships

Align technical requirements with project needs

Technical owner of key contract documents - Employer's Requirements (Polarion)

Lead resolution of structural integrity, power upgrade, and lifetime-extension opportunities

Provide technical expertise to operational teams

Owns one or more TA3 areas within Structural Loads.

Identify and frame new technical scopes and opportunities

Capture and share lessons learned across projects

Develop solutions and methods to reduce LCOE

Skills:

 

      More than 7 years of experience in the subject of aeroelasticity and structural dynamics of offshore wind turbines.

Experience with large complex projects.

 

Knowledge and understanding of:

      Design of wind turbines, and their offshore support structure

Aerodynamic and structural dynamics of wind turbines, hydrodynamics, geotechnics, wind turbine control and load-control strategies

Aeroelastic modelling of offshore wind turbines

Load validation based on measurements.

Education:    

A scientific or engineering degree (M.Sc. or Ph.D.) degree, technical discipline or equivalent, preferably with a project management education on top.

 

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