Crash CAE-Technical lead - Pune, India - Tata Technologies

    Tata Technologies background
    Description

    Designation :Technical Lead- Structural CAE

    Education

    Experience :3 to 8 years

    Loc: Pune

    Job Description:

    • Full vehicle crash simulation model assembly, simulation and results post processing
    • Basic understanding of crash safety requirements/ regulations. Strong basic engineering fundamentals and vehicle crashworthiness.
    • FE model building of full vehicle model for crash analysis at various phases of product development.
    • Provide feedback and design guidelines to design teams based on crash simulations
    • Engineering of structure for meeting crashworthiness targets using CAE tools like LS-DYNA
    • Create analysis report to highlight current status of performance target achievement and improvement required in the design if targets are not met.
    • Experience in vehicle structure development for GNCAP and Euro NCAP loadcases is required
    • Provide countermeasures to meet target crash performance under the guidance of CAE lead engineer and interactions with design teams and other cross functional teams.
    • Achieving correlation between simulation model & test
    • Application of DOE techniques to solve crashworthiness problems
    • Develop and supervise component tests for simulation model correlation
    • Review crash simulation guidelines and create guidelines for new procedures/ simulations
    • Benchmarking study of competitors products
    • Verify proto build against engineering releases and test requirement
    • Issue modelling guidelines to FE modelling team
    • Material modelling for various automotive parts including metals, plastics, rubber, foam etc.
    • Crash CAE tools such as LS-DYNA , PAM-Crash, Oasys Primer suit, Ansa/Meta post
    • DOE techniques
    • Presentation skills
    • Full vehicle knowledge
    • Vehicle structural crashworthiness
    • Regulatory and NCAP (Euro NCAP and GNCAP) crash test requirements and protocols
    • Occupant injury mechanisms