B
a
c
- helor´s degree in mechanical engineering or equivalent required. Sol
- id basis of mechanics engineering. Flu
- ent English Bas
- ic knowledge of Finite Element Method. Hig
- h capacity for root cause finding based on test or CAE data. Abi
- lity to interface with multi-disciplinary engineering teams. Cle
- ar communication. Abi
- lity to address complex technical issues under pressure Wor
- ks with a integral team and collaborative environment Qui
- ck learning ability and self-taught mindset Sof
- tware: Altair Hyperworks (Hypermesh, Hypercrash, Hyperview, Hyperigraph), Catia or CAD software, Teamcenter, LSDYNA preferred. As
s
- ess crashworthiness performance for high speed crash test modes by means of CAE tools and physical tests. Per




- form post-crash test analysis to identify issue root cause and enhance CAE correlation. Int
- erpret CAE/test results and produce concise summaries to be communicated to D&R; engineers and Management. Dev
- elop component and subsystem level test methodologies to validate designs in preparation for crash testing. Sup
- port design progression with multi-disciplinary engineering teams. Dri
- ve design changes to ensure Crash Safety compliance. Per
- form optimization studies by means of CAE tools and 6-Sigma Methodology. Sup
- port and lead technical meetings with relevant stakeholders. Doc
- ument lessons learned. Par

📌 Safety Development Engineer (Ciudad de México)
🏢 Ford De México
📍 Ciudad de México