Stellantis
The candidate will support
High Voltage Power Inverter
development & validation methods and practices, with an emphasis on
PowerHIL
and dynamometer test integration. They will author and publish various technical documents, such as standard operating procedures and validation specifications. The role involves reviewing and understanding performance and durability requirements for High Voltage Power Inverters, providing technical expertise during DFMEA and DRBTR activities, and aligning the team with virtual engineering activities. The candidate will also monitor field performance and failures of Stellantis High Voltage Power Inverters, mentor team members on best practices, and handle data collection, analysis, and reporting related to physical testing and product issues during DVP&R activities. Additionally, they will perform calculations, write work orders, purchase requests, and oversee outsourced testing.
Basic Qualifications:
Bachelor's Degree in Engineering or related field
3 years of relevant experience
English fluency, both written and verbal
Demonstrated technical report writing ability
Proficiency with Microsoft Office, especially Excel, PowerPoint, Outlook, Teams, or SharePoint
Knowledge of DVP&R, DRBTR, and DFMEA creation & execution
Knowledge of High Voltage Power Electronics devices and construction, especially High Voltage Power Inverters
Availability for full-time, on-site work at the CTC location in Auburn Hills, MI
Preferred Qualifications:
Master's Degree in Engineering
5+ years of relevant professional experience
Experience with DVP&R activities for High Voltage Power Electronics, especially Power Inverter Modules
Experience authoring and managing technical specification documents
Design Release Engineering experience
End-of-Line definition experience
Experience working in the automotive industry
Knowledge of laboratory test equipment such as digital multimeters, oscilloscopes, hi-pot testers, and data acquisition systems
Experience with high voltage electric motor emulators
#J-18808-Ljbffr
High Voltage Power Inverter
development & validation methods and practices, with an emphasis on
PowerHIL
and dynamometer test integration. They will author and publish various technical documents, such as standard operating procedures and validation specifications. The role involves reviewing and understanding performance and durability requirements for High Voltage Power Inverters, providing technical expertise during DFMEA and DRBTR activities, and aligning the team with virtual engineering activities. The candidate will also monitor field performance and failures of Stellantis High Voltage Power Inverters, mentor team members on best practices, and handle data collection, analysis, and reporting related to physical testing and product issues during DVP&R activities. Additionally, they will perform calculations, write work orders, purchase requests, and oversee outsourced testing.
Basic Qualifications:
Bachelor's Degree in Engineering or related field
3 years of relevant experience
English fluency, both written and verbal
Demonstrated technical report writing ability
Proficiency with Microsoft Office, especially Excel, PowerPoint, Outlook, Teams, or SharePoint
Knowledge of DVP&R, DRBTR, and DFMEA creation & execution
Knowledge of High Voltage Power Electronics devices and construction, especially High Voltage Power Inverters
Availability for full-time, on-site work at the CTC location in Auburn Hills, MI
Preferred Qualifications:
Master's Degree in Engineering
5+ years of relevant professional experience
Experience with DVP&R activities for High Voltage Power Electronics, especially Power Inverter Modules
Experience authoring and managing technical specification documents
Design Release Engineering experience
End-of-Line definition experience
Experience working in the automotive industry
Knowledge of laboratory test equipment such as digital multimeters, oscilloscopes, hi-pot testers, and data acquisition systems
Experience with high voltage electric motor emulators
#J-18808-Ljbffr