Brake CAE Lead - Virtual Analysis & NVH Expert

Mobis; Plymouth (MI); Híbrido; USD 110 000 - 145 000; Tempo integral

Resumo da oferta

Mobis North America seeks a Lead Brake CAE Engineer to drive virtual analysis for vehicle braking systems, coordinating with the local CAE team to assess performance, durability, and NVH from concept through production readiness.

You will use Abaqus, HyperWorks, Ansys Motion, and Python to develop methods, coordinate cross-functional teams, and document results to support design decisions for North American OEM projects.

Qualificações

• 4+ years of CAE experience in automotive/chassis systems.
• Experience with both structural and NVH analyses.
• Experience correlating virtual results with physical test outputs.

Responsabilidades

• Coordinate & Run Simulations: Create performance, durability, & NVH simulations for brake components and assemblies using tools like Abaqus, Nastran, or ANSYS; or coordinate the required analyses within internal partner teams to meet local project demand.
• Analyze Results: Interpret analysis data to evaluate performance, durability, & NVH characteristics, then provide clear project recommendations.
• Cross-Functional Collaboration: Partner with customer PDT, application & design engineers, NVH development engineers, and physical testing groups to validate virtual models and predict performance.
• Lead, Plan, & Strategize: Lead localization efforts to improve CAE analysis software capability; plan & execute analysis technique improvement for project engineering work.
• Report and Document: Write clear engineering reports & presentations and track simulation progress against project milestones.

Conhecimentos

Brake CAE

Finite Element Analysis

NVH analysis

Interpersonal communication

Formação académica

BS/MS in Engineering (Mechanical/Electrical/Computer/Physics preferred)

Ferramentas

Abaqus

HyperWorks

Ansys Motion

Python

Descrição da oferta de emprego

Mobis North America seeks a Lead Brake CAE Engineer to drive virtual analysis for vehicle braking systems, coordinating with the local CAE team to assess performance, durability, and NVH from concept through production readiness.

You will use Abaqus, HyperWorks, Ansys Motion, and Python to develop methods, coordinate cross-functional teams, and document results to support design decisions for North American OEM projects.