Sr. Test & Validation Engineer – HV safety

• Full-time

Future Mobility Corporation is leading the next-generation technology innovation and integration for the global auto industry. With our broad talent base, we are building premium smart electric cars in China and shaping the future for automobiles globally. FMC is searching for talented, self-motivated professionals to work in a free-thinking culture creating the next gen premium entry EVs with the highest autonomous technologies at our Santa Clara, CA facility.

Member of Test & Validation team in Powertrain department in Santa Clara, US.

Sr. Test & Validation Engineer for HV-Safety functions, as key member of T&V team, will lead the testing and documentation of related powertrain functionalities ensuring accuracy, quality and function integrity.

Responsible for system integration, test & validation of powertrain functions at electric vehicles focused on High Voltage Safety functions covering HV powerup/down, Pre-Charge/Active Discharge procedures, crash shut down, insulation management, interlock, vehicle service mode, driver information, Fault management and failsafe modes. Support for testing of related diagnostic functionalities.

Definition of test plan, generation of test cases, test execution and test reports according to HV safety requirements at system and vehicle level. Support crash vehicle instrumentation, crash testing and post-crash safety check. Test strategy alignment & coordination with Powertrain colleagues in Nanjing, China.

Responsible for HV safety release process and documentation as well as review of electrical safety test reports from component suppliers.

Failure analysis, reporting, tracking of issue resolution and bugfix testing plan.

Key member of HV safety group to implement electrical safety at work according to best practices and national standards. Generation of risk assessments, procedures and checklists for lab and vehicle operation.

Work with powertrain lab engineers to define configurations, test procedures and automation on testing labs for system and vehicle level.

Work with component owners (Battery, E-Motor, Charger, DCDC, Climate Unit, Connectivity, UI/UX) and VCU software development team to define testing strategy according to function maturity to comply with electrical safety standards.

Member of Test & Validation team in Powertrain department in Santa Clara, US.

Sr. Test & Validation Engineer for HV-Safety functions, as key member of T&V team, will lead the testing and documentation of related powertrain functionalities ensuring accuracy, quality and function integrity.

Responsible for system integration, test & validation of powertrain functions at electric vehicles focused on High Voltage Safety functions covering HV powerup/down, Pre-Charge/Active Discharge procedures, crash shut down, insulation management, interlock, vehicle service mode, driver information, Fault management and failsafe modes. Support for testing of related diagnostic functionalities.

Definition of test plan, generation of test cases, test execution and test reports according to HV safety requirements at system and vehicle level. Support crash vehicle instrumentation, crash testing and post-crash safety check. Test strategy alignment & coordination with Powertrain colleagues in Nanjing, China.

Responsible for HV safety release process and documentation as well as review of electrical safety test reports from component suppliers.

Failure analysis, reporting, tracking of issue resolution and bugfix testing plan.

K ey member of HV safety group to implement electrical safety at work according to best practices and national standards. Generation of risk assessments, procedures and checklists for lab and vehicle operation.

Work with powertrain lab engineers to define configurations, test procedures and automation on testing labs for system and vehicle level.

Work with component owners (Battery, E-Motor, Charger, DCDC, Climate Unit, Connectivity, UI/UX) and VCU software development team to define testing strategy according to function maturity to comply with electrical safety standards.

BA or Master engineering degree is essential

Proven Excellence/expertise in the field may be taken into consideration

All your information will be kept confidential according to EEO guidelines.