Sr. Engineer, Automotive E/E Systems Integration - PRI Global
Newark, CA
About the Job
Vertical Description:
The Role:
Implement the electrical system architecture for the vehicle and work with Harness Engineers
Develop and implement the network communication architecture and design for the entire vehicle and work with Network Communication Integration Engineers
Support the specification of, and create schematics for integration test benches and other test platforms
Validate electrical connections, Ethernet, CAN/CANFD, LIN communication between the vehicle s controllers
Support Control Engineers to debug issues and develop solutions to controls problems
Work with Systems and Diagnostic Systems Engineers on integration tasks
Work with technicians and support prototype vehicle builds, vehicle bringup, and testing
Review log data and support issue resolution
Support product launch activities as needed
Work with Configuration and SW Build Engineers to support OTA software upgrades and deployment
Work with Test Engineers to prepare, plan, configure and perform system verification and validation testing onsite and on test facilities
Work with stakeholders to break down features and requirements and develop specifications
Document system designs and issue findings
Review log data and support issue resolution
Participate in the design of a world class engineering effort to bring electric vehicles to a new level of refinement
Requirements:
Motivation to make complicated systems work together Great communication skills 3+ years of experience with automotive controller integration Fundamental understanding of circuit design, mechanical systems, sensors and actuators as well as ECU communication Experience with engineering tools such as Vector CANalyzer or similar to review network communication Experience with failure analysis methodology like FMEA and fault trees Experience with standard EE lab instruments (oscilloscope, multimeters, data bus analysis tools, ...) and understanding of wiring Schematics Motivation to make complicated systems work together Electric vehicle systems and hands-on integration testing experience Creativity in your design Motivation to make a difference in the automotive industry Ability to build stuff with your hands Education B.S. degree in Electrical Engineering, Mechanical Engineering, Automotive Engineering or related field M.S. degree is preferred
The Role:
Implement the electrical system architecture for the vehicle and work with Harness Engineers
Develop and implement the network communication architecture and design for the entire vehicle and work with Network Communication Integration Engineers
Support the specification of, and create schematics for integration test benches and other test platforms
Validate electrical connections, Ethernet, CAN/CANFD, LIN communication between the vehicle s controllers
Support Control Engineers to debug issues and develop solutions to controls problems
Work with Systems and Diagnostic Systems Engineers on integration tasks
Work with technicians and support prototype vehicle builds, vehicle bringup, and testing
Review log data and support issue resolution
Support product launch activities as needed
Work with Configuration and SW Build Engineers to support OTA software upgrades and deployment
Work with Test Engineers to prepare, plan, configure and perform system verification and validation testing onsite and on test facilities
Work with stakeholders to break down features and requirements and develop specifications
Document system designs and issue findings
Review log data and support issue resolution
Participate in the design of a world class engineering effort to bring electric vehicles to a new level of refinement
Requirements:
Motivation to make complicated systems work together Great communication skills 3+ years of experience with automotive controller integration Fundamental understanding of circuit design, mechanical systems, sensors and actuators as well as ECU communication Experience with engineering tools such as Vector CANalyzer or similar to review network communication Experience with failure analysis methodology like FMEA and fault trees Experience with standard EE lab instruments (oscilloscope, multimeters, data bus analysis tools, ...) and understanding of wiring Schematics Motivation to make complicated systems work together Electric vehicle systems and hands-on integration testing experience Creativity in your design Motivation to make a difference in the automotive industry Ability to build stuff with your hands Education B.S. degree in Electrical Engineering, Mechanical Engineering, Automotive Engineering or related field M.S. degree is preferred
Source : PRI Global