Structural Analysis Specialist

As Structural Analysis Specialist at CNH Industrial in Modena, you advance tractor component safety and performance through advanced structural, dynamic, and durability simulations. You contribute across the product development cycle from concept to release, applying FEA to optimize design and durability. You’ll collaborate with cross-functional teams to translate simulation insights into concrete design improvements and validation plans. This role offers impact through virtual validation and continuous Methodology improvements, in a global, innovation-driven environment. Savings & Retirement benefits Parental leave Adoption assistance Fertility & Family building support Support development and virtual validation of mechanical components and systems from concept through final design release for Medium & Specialty Tractor programs Perform structural, nonlinear, dynamic, and durability analyses using advanced FEA tools and calculations Conduct advanced fatigue analysis (Time domain, frequency domain) using FEA tools for fatigue Interpret results and propose design improvements to optimize structural behavior Prepare technical reports and present findings to cross-functional stakeholders Support structural, durability, vibration, and validation testing, ensuring correlation between virtual and physical results Develop and enhance structural simulation methodologies, best practices, and validation processes Act as focal point for structural simulation within assigned programs and collaborate to define Integrated Validation Plans (IVP) 3-5 years of experience in structural analysis, virtual validation, or product development in automotive, off-highway, agricultural, aerospace or related industries Background in agricultural equipment is desirable Knowledge of surface mesh preparation using Hypermesh is an advantage Knowledge of Nastran, Abaqus, Virtual Lab, Ncode or other similar FEA solvers As Structural Analysis Specialist at CNH Industrial in Modena, you advance tractor component safety and performance through advanced structu… #J-18808-Ljbffr