'- Responsible for integration of the eDrive System (electric motor, traction inverter, gearbox) into the vehicle to complete system level test and validation.
Responsible for leading the development, integration and testing for demonstration vehicles.
Lead cross-functional integration – ensuring functionality and compatibility across all vehicle systems.
Ability to coordinate multiple demonstration vehicle builds/verification testing simultaneously.
Creates and maintains design documentation including system architecture and/or flow charts as needed.
Documents electric &/or hybrid powertrain system requirements and decomposes into component and integration requirements as needed for each project.
Manages technical aspects of multiple system integration and validation projects and provides status to the integrated project team(s)
Interacts with purchasing, testing, manufacturing, and external suppliers as needed for the successful completion of projects
Creates and executes (or facilitates the execution of) electric & hybrid powertrain system &/or component functionality/reliability testing/validation plans before vehicle insertion where/when appropriate;
Own the test process of Hardware In the Loop (HIL) level, including commissioning, test plan and automation.
Facilitates calibration of monitoring funcitons, concern root-cause analysis and resolution.
Should participate in Summer/Winter/High altitude expedition tests for vehicle function calibration and verification
Analysis of Test results and Report preparation for all the calibrations.
Experience
4-5 years
Qualifications
Industry Preferred
BE or ME
General Requirements
'- Excellent analytical and problem solving skills.
Experience in developing and maintaining MIL, HIL, system verification test cases and test infrastructure.
Experience in plant modeling (Electrical Motors, High Voltage Battery Systems, Vehicle Dynamics and Thermal System).
Experience with automotive communication links (SAE J1939; etc), powertrain/transmission controls.
Proficient with data acquisition & development tools (e.g. INCA/MATLAB/Uniplot/VISU/ Python / RM tools/ CANalyzer/CANApe etc.)
In depth knowledge on BEV, HEV and BHEV architecture and components.
Understanding of various vehicle level features and up to date trends in automobile industry.