Power Electronics Design Engineer

• Take responsibility for the complete electronic design lifecycle, including schematic design, PCB layout, prototyping, verification, and transfer to manufacturing
• Integrate AC/DC and DC/DC power supplies into larger electronic systems, ensuring correct functionality, performance, and compliance
• Define power architectures, including distribution, protection, grounding, and system interfacing
• Integrate and validate analogue control and monitoring signals, including voltage and current setpoints, feedback loops, sensing circuits, and signal conditioning
• Interface with digital control and communication systems for power management, monitoring, and coordination
• Implement and support communication via industry-standard protocols such as PMBus, CANopen, MODbus, and SCPI
• Perform system-level analysis, including efficiency, stability, thermal performance, and fault conditions
• Design schematics and support PCB layout activities, including reviews for signal integrity, EMC, thermal performance, and manufacturability
• Conduct prototype bring-up, system integration, and debugging, including fault finding down to component level
• Plan and support Electromagnetic Compatibility (EMC) testing, including pre-compliance validation and mitigation of issues
• Apply thermal design principles to ensure reliable system operation across operating conditions
• Produce and maintain technical documentation including system specifications, interface definitions, design records, and test procedures
• Support manufacturing introduction, including design for manufacture (DFM), test, and production issue resolution
• Support field issue resolution, including root cause analysis and corrective actions
• Work collaboratively with multidisciplinary teams including mechanical, firmware, systems, and manufacturing engineers
• Quality Management – look for ways to improve and promote quality; demonstrate accuracy and thoroughness.

#J-18808-Ljbffr…