Lead the mechanical design of systems and components for Gazelle Wind Power’s floating offshore platforms, ensuring compliance with project specifications, offshore standards, and safety requirements
Oversee CAD modelling, drawings, and design documentation, ensuring manufacturability, maintainability, and cost-effectiveness
Collaborate with structural engineers to integrate mechanical systems into the overall platform design and apply structural understanding to mechanical solutions
Direct and review mechanical analyses including stress, fatigue, and thermal performance; interpret FEA results for design decisions
Evaluate and select materials for offshore applications with focus on durability and corrosion resistance
Coordinate with manufacturing teams and suppliers during fabrication, installation, and commissioning phases
Manage mechanical engineering scope within projects including planning, resourcing, budgeting, and reporting
Prepare and review technical deliverables for DNV or equivalent certification bodies
Provide leadership and guidance to the mechanical engineering team; mentor junior engineers and manage cross-functional interfaces
Stay updated on emerging technologies and best practices in floating offshore mechanical design
Requirements
Bachelor’s or Master’s Degree in Mechanical Engineering
8+ years in mechanical design engineering (minimum)
At least 5 years direct experience in floating/offshore structures (floating wind, semi-subs, FPSOs, barges, spar platforms)
Demonstrated ability to lead complex engineering projects in the marine/offshore renewable energy sector
Proven track record in design for manufacture, installation, and maintenance of offshore mechanical systems
Experience working in fabrication and construction yards; understanding of installation constraints
Familiarity with offshore codes and standards (DNV, ISO, API, Eurocode)
Expert-level CAD skills (SolidWorks, Creo, AutoCAD or similar) and proficiency in 3D modelling and drafting for manufacturing
Structural understanding including stress, fatigue, and buckling; ability to interpret and apply FEA results (ANSYS, Abaqus, or similar beneficial)
Good working awareness of materials engineering, corrosion protection, and coatings for marine environments
Knowledge of advanced manufacturing processes, assembly methods, and GD&T
Programming proficiency (Python, MATLAB) for design automation or engineering calculations is advantageous
Multidisciplinary awareness to integrate mechanical designs with structural, electrical, and naval architecture systems