Job Summary
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Modelica, Open Modelica, AMESIM, Dymola |
Domain Knowledge : Vehicle architectures, xEVs, Thermal system modeling, Plant Model development
Good knowledge in basics of Physics (Mechanical / Electrical / Thermal Subjects).
Development and enhancement of required plant models to support Electrified Virtual Vehicle (EVV) simulations. Development and enhancement of methods and tools for plant model integration and open loop testing.
Supply required models in a timely manner. Support plant model delivery for expanding electrified vehicle applications.
Working knowledge with tools like Dymola / OpenModelica / AMESim / GT-Suite (thermal / Combustion)
Experience in Matlab /Simulink
Knowledge on electric & hybrid vehicle architectures
Key Responsibilities
2. Provide Client Support By Analyzing Data, Resolving Tickets, And Performing Daily Support Activities, While Effectively Monitoring And Tracking Client Requirements To Ensure Timely Delivery Of Assigned Tasks.
3. Create And Maintain Documentation Related To Enhancements And Compliance With Cmmi Standards, Ensuring That All Client Requirements Are Thoroughly Documented And Communicated.
4. Provide Technical Guidance And Mentorship To Junior Developers In Matlab Development Practices And Principles, Fostering A Collaborative And Productive Team Environment.
5. Collaborate With Customers And Internal Teams To Gather, Clarify, And Validate Requirements For New Developments And Enhancements, Ensuring Alignment With Project Objectives.
Skill Requirements
2. Experience With Simulink For Modeling And Simulation Of Dynamic Systems.
3. Familiarity With Documentation Practices In Accordance With Cmmi Standards.
4. Basic Knowledge Of Troubleshooting Techniques And Debugging Within The Matlab Environment.
5. Good Communication Skills To Effectively Interact With Clients And Team Members.