1. Design & Development
• Lead or support the end-to-end design of fully electric vessels, from hull form optimisation to detailed structural and outfitting plans
• Create and adapt designs for vessel types including river cruisers, launch boats, ferries, tugs and workboats
• Develop 2D/3D models and detailed production drawings using Rhino, SolidWorks, AutoCAD and Maxsurf
• Integrate major equipment systems, including electric propulsion (battery systems, motors, control units), propulsion shaftline and steering gear, into vessel architecture in collaboration with multidisciplinary teams
• Develop and maintain a vessel weight budget control framework for each unique design
• Modify and customise existing hull designs to meet performance, safety and aesthetic requirements
2. Technical Calculations & Compliance
• Perform hydrostatic, hydrodynamic, structural and stability analyses tailored to electric propulsion constraints
• Analyse resistance, propulsion and manoeuvrability to optimise vessel efficiency and operational cost
• Ensure compliance with regulatory and classification standards (e.g. IMO, SOLAS, MPA, BV, DNV)
3. Project & Lifecycle Support
• Work closely with shipbuilders, engineers, and stakeholders to bring designs to life, including visiting shipyards, overseeing builds and participating in sea trials
• Provide technical support for the repair, maintenance and retrofitting of vessels
• Conduct risk assessments for structural integrity and operational safety throughout a vessel’s lifespan
• Bachelor’s or Master’s degree in Naval Architecture, Marine Engineering, or a closely related discipline
• 2–6 years of experience in vessel design, preferably with exposure to electric propulsion or sustainable maritime technologies
• Experience within shipyards, design consultancies, or marine engineering firms is highly advantageous
• Strong knowledge of naval architecture fundamentals, including hydrostatics, hydrodynamics, stability, structural design and materials science
• Proficiency in CAD software such as Rhino, AutoCAD, SolidWorks and Maxsurf
• Familiarity with simulation and analysis tools including CFD software (e.g. StarCCM+) and finite element analysis (e.g. ANSYS) is preferred
• Demonstrated understanding of classification society requirements (e.g. BV, DNV) and international maritime regulations (e.g. IMO, SOLAS)