Senior CAE Engineer (PhD preferred) - Structural Analysis (E-Axle Driveline)

We are seeking a Senior CAE Engineer (PhD preferred) - Structural Analysis (E-Axle Driveline) to join our team.

As a Senior CAE Engineer, you will be responsible for developing, preparing, and executing finite element models for the structural validation of e-axle, driveline, and transmission components.

Key responsibilities:

• Develop and execute finite element models for structural validation
• Perform nonlinear static, contact, and fatigue analyses on complex multi-body assemblies
• Set up and validate contact interactions, interference and press-fit conditions, bolt pretension/preload modelling, and bolted-joint safety assessments
• Evaluate structural performance under multiple loading conditions
• Create high-quality finite element meshes for complex cast and forged components using HyperMesh
• Analyse and interpret simulation results, including signed Von Mises stresses, displacements, contact pressures, and contact status
• Perform fatigue safety-factor assessments using FEMFAT
• Provide engineering recommendations to improve component durability and structural integrity
• Execute analyses according to customer calculation guidelines and recognised engineering best practices
• Work autonomously using own hardware and software environment
• Provide structured weekly progress reports and professional PowerPoint reports

Requirements:

• PhD in Mechanical Engineering, Computational Mechanics, Structural Mechanics, Solid Mechanics or a related discipline preferred
• Minimum requirement: MSc in Mechanical Engineering or equivalent with a specialization in CAE and Structural Analysis
• Minimum 3 years of professional CAE / Structural FEA experience
• 5+ years preferred, with experience in driveline systems, powertrain components, axles, transmissions
• Experience in the automotive or heavy commercial vehicle industry is highly desirable
• Proven experience in the structural validation of cast and forged components as well as bolted assemblies under static and fatigue loading conditions
• Expert-level structural analysis experience with Abaqus 2024, PERMAS v20
• Proficiency with Altair HyperMesh 2024.1, FEMFAT 2024.1, Altair HyperView 2024.1
• Strong knowledge of structural mechanics, strength of materials, fatigue theory, and stress-life methodologies
• Good understanding of driveline architecture, differentials, bearings, and gear systems
• Professional proficiency in English (written and spoken) is mandatory
• Italian is considered an advantage

We offer:

• Smooth integration and onboarding process
• Career development and growth opportunities
• Work flexibility and remote work options
• Collaborative environment and company culture
• Community connection and regular employee events
• Recognition and support for professional growth