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Mechanical Project Engineer - FEM/FEA

Alfa Laval Technologies AB

Yrken med teknisk inriktning
Publié le 9 novembre 2026

Description du poste

Every day, we get opportunities to make a positive impact - on our colleagues, partners, customers, and society. Together, we're pioneering the solutions of the future and unlocking the full potential of precious resources. Trusted to act on initiative, we challenge conventional thinking to develop world-leading technologies that inspire progress in vital areas, including energy, food, water, and shipping. As we push forward, the innovative, open spirit that fuels our 140-year-old start-up culture and rapid growth also drives our personal growth. So, as we shape a more resourceful, less wasteful world, we build our careers too. About the job Ready to take on challenging mechanical engineering work with a clear purpose? With us you will contribute to global priorities such as energy efficiency, clean water, and Alfa Laval's net-zero 2030 ambition. Let's shape a better tomorrow together! We design and supply process solutions within various industries, mainly water treatment. As a Mechanical Engineer and FEM/FEA specialist, you will design solutions in 3D with detailed engineering combined with standard components. Our designs contain pipes, pumps, decanters, evaporators, membranes, heat exchangers etc. Your work involves verification and optimization of mechanical and process equipment, by identifying critical stress concentrations, deformations, and failure modes etc. In this role, you will perform simulations as well as traditional hand calculations to ensure our products meet functional, safety, and regulatory requirements. During project execution you will be working in global project teams with Project Managers, Process Specialists, Automation, Sourcing, and Workshops. Key tasks and responsibilities: Design steel structures, skid solutions and custom designs in Autodesk Inventor FEM/FEA analysis on mechanical designs using ANSYS/Nastran including: Static structural, Buckling, Hydrostatic and internal pressure, Vibrations and fatigue, Therma