Martin M. B. Bak

Mechanical product development from concept to production. Design of precision components and assemblies using Creo & Windchill. 3D CAD models and manufacturing drawings. GD&T and tolerance analysis. FEA, CFD, vibration analysis and engineering calculations. Material selection and design verification. Prototype testing and manufacturing support. Development of innovative solutions contributing to 3 patent applications. Design according to API, ASME, DIN & ISO standards.

Mechanical product development from concept to production. 3D CAD and manufacturing drawings using Siemens NX & Teamcenter. FEA, CFD, fatigue, thermal, vibration, and bearing analyses using ANSYS & Simcenter. Engineering calculations with MATLAB & Mathcad. Flange, welding, and crack assessment. Prototype development, testing, vibration, and strain-gauge measurements. DFMEA/risk analysis. Product optimisation and design verification to API, ASME & DNV requirements.

Mechanical design of components and assemblies using SolidWorks. Development of automated food-processing equipment, conveyor systems, and production-line machinery. 3D CAD models, manufacturing drawings, and technical documentation. Product development from design through manufacturing and assembly. Component selection and supplier coordination. Production and purchasing documentation. Testing and manufacturing support. Troubleshooting with workshop and assembly teams.

Mechanical design of components and assemblies using Autodesk Inventor. Development of industrial washing, drying and material-handling equipment. 3D CAD models, manufacturing drawings and technical documentation. FEA and numerical analyses. Product development from design through manufacturing, assembly and testing. Component selection and supplier coordination. Production and purchasing documentation. Manufacturing support and troubleshooting with workshop and assembly teams.

Design of A-frame cranes and offshore lifting equipment using SolidWorks. FEA, fatigue, and large-deformation analyses using ANSYS. Welding and engineering calculations using Mathcad. Design of bolts, pins, welds, and structural beams according to Eurocodes and DIN. 3D CAD models, manufacturing drawings and technical documentation. Prototype manufacturing, assembly, and testing. Component selection, supplier coordination, manufacturing support, and troubleshooting.