Mechanical & Structural Engineer – Modular Marine Interfaces

As Mechanical Engineer, you are responsible for the mechanical design, structural calculations and physical validation of a proprietary, parametrically scalable interface connecting vessel structures with interchangeable modules. You engineer the positioning, load transfer and rigid locking mechanisms that ensure a precise and reliable connection between the hull and its modules.

During the first year, you combine mechanical and structural engineering responsibilities and independently build, assemble and test an in-house Proof of Concept rig. You work closely with the Naval Architect and translate validated designs into precise mechanical interface specifications for selected suppliers.

Key responsibilities:

• Interface engineering: Design the module positioning and rigid locking mechanisms, including locating pins, actuators, structural bearing surfaces and associated components.
• Mechanical and structural validation: Define and calculate design loads, tolerance limits and load distribution, including the effects of hull torsion and dynamic marine loads. Use FEM-analysis to validate critical design assumptions.
• Load transfer and durability: Verify that loads are transferred through the intended structural bearing surfaces, keeping locating pins free from unintended structural loads. Assess fatigue, wear and the risk of galling.
• Prototype development: Independently build, assemble and test the in-house Proof of Concept rig during the first year, translating engineering assumptions into measurable results.
• Supplier specifications: Prepare and deliver validated mechanical interface specifications, including geometry, tolerances, materials and performance requirements.
• Technical coordination: Align mechanical requirements with the Naval Architect and coordinate specialist manufacturers supplying critical components, including hydraulic systems and materials.