Naval Architect - Weight Control & Stability Support

Required Skills

Nice to have:

Required Qualifications Bachelor’s degree in Naval Architecture, Marine Engineering, or a related field. Good understanding of composite materials and yacht construction. Experience with weight control, stability, or production follow-up is preferred. Strong understanding of naval architecture principles, including stability, hydrodynamics, and basic structural analysis.  Required Skills Proficiency in CAD software such as AutoCAD, Rhino, SolidWorks, or similar. Strong Excel skills for calculations, tracking sheets, databases, and reporting. Experience with Maxsurf Stability or similar stability software. Strong attention to detail and accuracy in calculations. Clear communication skills with technical and production teams. Practical mindset with the ability to work both independently and as part of a team. Ability to follow up actively with departments and suppliers to obtain accurate information. 

Role Summary We are looking for a Naval Architect to join the Naval Architecture Department with a strong focus on weight control, weight measurements, and stability support across multiple yacht projects. The role combines office-based engineering work with hands-on shipyard involvement. The candidate will be responsible for maintaining accurate weight data, supporting stability and performance calculations, and developing a structured weight-control process from early design through production and delivery. This position is suitable for someone who is practical, accurate, and willing to work closely with Engineering, Production, Procurement, Composite Department, and suppliers to obtain reliable technical information.  Key Responsibilities Prepare and maintain weight calculations, weight reports, and weight budgets for each project. Track project weight development against the approved lightship weight budget. Perform regular weight measurements during the production process. Build and maintain a central database of equipment, materials, and verified component weights. Collect and coordinate weight input from Engineering, Production, Procurement, Composite Department, and suppliers. Verify production execution against drawings, plans, and composite construction details where relevant to weight control. Identify deviations during production and assess their impact on vessel weight, stability, and performance. Support stability calculations, performance predictions, and certification-related calculations. Develop practical procedures, templates, and reporting tools for weight control across future projects. Follow each project series and build number throughout production to maintain a clear overview of weight status and progress