SIMULIA Multibody/Motion Engineer
Pubblicato il 19-10-2026 - PowerToFly in Segrate
SIMULIA offers cutting‑edge simulation technologies enabling customers to create digital twins and numerically validate and develop physical products. The products range covers the full simulation disciplines range, among which Multibody, based on the Simpack portfolio, is the most advanced industrial solution for multi‑body dynamics and motion analysis. Our software tools are used worldwide by engineers in research and development, with a strongly growing market share. Join our growing team of engineers in Milan, bridging customer needs with innovative simulation solutions. You’ll face technical challenges, manage projects, and engage directly with clients—using market‑leading simulation tools in a dynamic, international environment.
Role & Responsibilities
You will work on any initiatives related to Multi‑Body Dynamics using Simpack and 3DEXPERIENCE, eventually in connection with other simulation disciplines and optimization, and covering the complete process from model build‑up, over simulation execution and results analysis to reports presentation.
The main but not exclusive focus will be on the Transportation & Mobility sector: Automotive Suspension analysis and Vehicle Dynamics (incl. handling, ride, drivability, comfort, durability, advanced elasto‑kinematic analysis, etc.). Your creativity and critical sense will be required to propose simulation solutions to engineering challenges and you will use your skills and critical sense to:
- Collaborate with sales mgmt. in the scouting and technical qualification of new business development leads
- Effectively articulate to prospects the value of SIMULIA solutions
- Assess "as‑is" business drivers & technical pains and translate them into a "to‑be" solution
- Translate customer needs into tailored simulation value, demonstrated through demos or proofs of concept
- Contribute to our customers’ technical evolution by implementing more efficient simulation processes and by validating innovative methods on real cu