Role | Shock Simulation Engineer Battery Module |
Visit our websiteto know more. Follow us onLinkedInIInstagramIFacebookIXfor the exciting updates.
|
About the UNIT/ Unit Overview | Virtual Validation Unit (CAE) |
Location | Pune |
Experience: | 5 to 10 years |
Number of openings
| Two |
What awaits you/ Job Profile
| - Develop high-fidelity battery module and pack models for shock and mechanical robustness simulations.
- Perform explicit dynamic shock simulations using LS-DYNA for battery-level and subsystem-level load cases.
- Execute and debug simulations across varying environmental conditions ensuring accurate material behaviour representation.
- Analyse and post-process key performance indicators (KPIs) related to structural integrity and joint performance.
- Conduct component-level and subsystem-level simulations for battery modules enclosures and mounting systems.
- Define and derive custom shock load cases based on real-world scenarios (transport handling misuse etc) and perform special investigations including root-cause analysis and what-if studies to address design concerns.
- Prepare clear structured simulation reports and technical presentations for stakeholders.
- Collaborate with design testing and system teams to improve product robustness and reliability.
|
What should you bring along
| - Strong experience in explicit dynamics and shock analysis with a solid understanding of transient structural behaviour.
- Hands-on experience with LS-DYNA including:
- Model setup and solver controls
- Contacts material definitions and failure modelling
- Debugging and stabilization of explicit simulations
- Good understanding of material behaviour under varying operating conditions including metals plastics foams and adhesives.
- Experience working on High Voltage (HV) battery systems and their mechanical integration.
- Ability to define realistic load cases and boundary conditions for shock events.
- Strong analytical and problem-solving skills to identify risks and propose countermeasures.
- Experience in simulation result interpretation and stakeholder communication.
|
Must have technical skill | LS-Dyna Ansa Animator Explicit Dynamics / Shock Simulation |
Good to have Technical skills | Meta Post Primer SPDM tools e.g. CB2 Strong cross-cultural communication skills Understanding of battery safety and validation practices Scripting & automation |
Required Experience:
Manager
RoleShock Simulation Engineer Battery ModuleVisit our websiteto know more.Follow us onLinkedInIInstagramIFacebookIXfor the exciting updates.About the UNIT/ Unit OverviewVirtual Validation Unit (CAE)LocationPuneExperience:5 to 10 yearsNumber of openingsTwoWhat awaits you/ Job Profile Develop high-...
Role | Shock Simulation Engineer Battery Module |
Visit our websiteto know more. Follow us onLinkedInIInstagramIFacebookIXfor the exciting updates.
|
About the UNIT/ Unit Overview | Virtual Validation Unit (CAE) |
Location | Pune |
Experience: | 5 to 10 years |
Number of openings
| Two |
What awaits you/ Job Profile
| - Develop high-fidelity battery module and pack models for shock and mechanical robustness simulations.
- Perform explicit dynamic shock simulations using LS-DYNA for battery-level and subsystem-level load cases.
- Execute and debug simulations across varying environmental conditions ensuring accurate material behaviour representation.
- Analyse and post-process key performance indicators (KPIs) related to structural integrity and joint performance.
- Conduct component-level and subsystem-level simulations for battery modules enclosures and mounting systems.
- Define and derive custom shock load cases based on real-world scenarios (transport handling misuse etc) and perform special investigations including root-cause analysis and what-if studies to address design concerns.
- Prepare clear structured simulation reports and technical presentations for stakeholders.
- Collaborate with design testing and system teams to improve product robustness and reliability.
|
What should you bring along
| - Strong experience in explicit dynamics and shock analysis with a solid understanding of transient structural behaviour.
- Hands-on experience with LS-DYNA including:
- Model setup and solver controls
- Contacts material definitions and failure modelling
- Debugging and stabilization of explicit simulations
- Good understanding of material behaviour under varying operating conditions including metals plastics foams and adhesives.
- Experience working on High Voltage (HV) battery systems and their mechanical integration.
- Ability to define realistic load cases and boundary conditions for shock events.
- Strong analytical and problem-solving skills to identify risks and propose countermeasures.
- Experience in simulation result interpretation and stakeholder communication.
|
Must have technical skill | LS-Dyna Ansa Animator Explicit Dynamics / Shock Simulation |
Good to have Technical skills | Meta Post Primer SPDM tools e.g. CB2 Strong cross-cultural communication skills Understanding of battery safety and validation practices Scripting & automation |
Required Experience:
Manager
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