As a Systems Integration Engineer, the successful candidate will design, implement and validate vehicle electrical systems by reviewing and approving device transmittals, developing vehicle-level logical schematics, conducting design/compatibility reviews, defining fusing and grounding strategies, supporting system-level validation/diagnostics, providing technical support for prototype and pre-production builds. You will also perform System Level tests for ECU integration by flashing ECU software and calibration files, performing configuraiton, commanding and analyzing self-test results, and performing functional tests. Skills Required: Electrical Engineering, Electrical Wiring, Systems Engineering, Root Cause Analysis 1. Electrical Engineering - Must have electrical engineering background, either bachelor, minor or master degree, and demonstrated experience on electrical schematics design. 2. Electrical Wiring - Background on harness design is well appreciated, but not a must have. 3. Systems Engineering - Must have experience on systems engineering, leading or being part of a team defining and developing components interfaces and interactions. 4. Root Cause Analysis - Should be able to present a logical approach to decompose a problem into small elements that can be tested/checked for their contribution on the failure mode. Experience Required: Design/Develop program specific electrical system schematics Support electrical device transmittal process: BSEM GDT Set-up, Create DT Status Report Develop program specific system FMEA and DVP (Validation Plans) Prototype Breadboards (parts list development & sign-off, validation, sign-off) Prototype Vehicle Builds (Yellowboard software flashing and configuration, functional sign-off, & troubleshooting) Lead compatibility reviews to verify all module and wiring interfaces Support builds at production plant Experience Preferred: Electrical schematics design CAN Network ECU software flashing and diagnostics Root Cause Analysis Education Required: Bachelor's Degree Education Preferred: Master's Degree Additional Information : Hybrid (4 days per week in the office / Can be 5-6 days depending on prototype and launch build needs.) Engineers working on the design phase are required to be in the office 4 days a week. Engineers supporting prototype builds or launch events are required to be 5 days in the office (prototype lab or assembly plant), and be aware that weekend support might be requested (with respective OT payment). Suppliers must be aware of the need to pay OT. Design electrical schematics Perofrm system level tests at Breadboard Support prototype vehicle builds Support launch build events Troubleshoot system level issues https://www.v2soft.com/careers - to view all of our open opportunities and to learn more about our benefits.