Sustaining Engineer

The Sustaining Production and Service Electrical Engineer serves as a key technical liaison between Engineering, Manufacturing, Service, Vendors, and Customers, supporting released products throughout their lifecycle. This role focuses on enabling production and service teams through training, documentation, and hands-on technical support, while ensuring clear communication and alignment across internal teams and external partners. The engineer works closely with design engineers, technicians, contract manufacturers, and suppliers to support production, resolve technical issues, and implement continuous product improvements. Responsibilities also include supporting customer inquiries and training, driving corrective actions based on field and production feedback, and ensuring changes are properly documented and released. Travel to manufacturing sites and customer locations of up to 20% may be required.

Technical Expertise:Acts as a technical bridge between engineering, manufacturing, service, vendors, and customers, ensuring alignment and timely resolution of , digital, and power electronics systems in production, service, and field , yield issues, and field-reported (, 5-Why, 8D).Implements and tracks corrective and preventive actions, including hardware, process, and documentation (ECOs/ECNs), including schematic updates, BOM changes, and component obsolescence resolution, in collaboration with the engineering (EFRs) originating from service teams and , work instructions, and service , service technicians, and customers on products, processes, and corrective (CMs), suppliers, and vendors to support production issues, component changes, and quality (NPI) process by assisting with production ramp, end-of-line test readiness, end-of-line testing, and service (MHE), or GSE (Ground Support Equipment) is preferred but not required. Tools & Proficiency:Test & Measurement Equipment: Proficient in the use of oscilloscopes, digital multimeters, power supplies, electronic loads, function generators, logic analyzers, and related laboratory equipment for debugging and : Ability to read and interpret electrical schematics, PCB layouts, wiring diagrams, and mechanical drawings, and to correlate documentation with physical & Lifecycle Systems: Familiarity with product lifecycle collaboration tools such as PLM and ERP systems (Arena, SAP or similar) including BOMs, revisions, and change & Documentation: Experience using issue tracking and collaboration tools (, Jira or similar) to manage issues, actions, and cross-functional communication (Confluence, Notion or similar).Firmware Interaction: Working familiarity with embedded systems sufficient to program boards, load firmware, perform basic configuration, and interface effectively with firmware engineers for troubleshooting and validation (firmware development not required).Communications & Interfaces: Working familiarity with common wired communication interfaces and protocols such as CAN, RS-485/RS-422, UART/serial, SPI, I²C, and USB, as well as wireless technologies including Wi-Fi and cellular, sufficient to support diagnostics, manufacturing test, service troubleshooting, and coordination with firmware teams. Skills: Cross-Functional CollaborationWorks effectively with engineers, technicians, manufacturing, service, quality, vendors, and Execution & OwnershipManages multiple issues in parallel while maintaining clear Professional CompetenciesStrong written and verbal communication , methodical, and disciplined approach to troubleshooting and documentation. Comfortable working independently within established processes and engineering guidance. Education/ Training:Bachelor's degree in Electrical Engineering, Electronics Engineering, or a related field. Experience:Approximately 2+ years of relevant experience in sustaining engineering, production support, test engineering, or product support , failure analysis, and cross-functional engineering processes. $90k-$110k #MCTA1