Electrical Engineer 5

Subject Matter Expert in the plating circuit design, system operation, and interface for wet deposition products. Develop efficient and cost-effective power supply solutions per stakeholder and design requirements. Create functional specifications and requirement documentation packages to support development programs. Create and execute test plans to characterize and validate power supply performance. Develop models, simulation tools, and other predictive methods to reduce changes on subsequent design iterations. Conduct testing, development, and debugging of power supply units. Perform product verification and validation tests. Analyze test data and reports to ensure designs meet functional and performance specifications. Lead project planning to identify critical paths and mitigate risks. Communicate progress to stakeholders and management. Actively engage with suppliers. Become a unit design and operational expert. Ensure reliability at the design level. Product lifecycle management: Create part numbers, documents, and Bills of Materials (BOM). Provide technical support to product support teams. Coach and guide engineers in evaluation and design. Develop reliability roadmaps and execute to meet requirements (HASS/HALT/MTBF targets). Some travel as necessary. Supplier support and customer escalation. Work is on-site in Tualatin, OR. Bachelor's degree in Electrical Engineering or related field with 12+ years of experience; or Master's degree with 8+ years' experience; or equivalent experience. In-depth knowledge of key components for switch-mode power supply circuits and topologies. Experience in DC-to-DC high voltage and high-power design. Detailed knowledge of flyback, forward, half-bridge, resonant converters, and control loops. Ability to work independently and as part of a team. Experience with Printed Circuit Board (PCB) assembly, inspection, and test. Experience in power distribution and/or control system design of industrial manufacturing tools. Experience with semiconductor manufacturing and equipment. Ability to define functional requirements and execute in a dynamic team environment. Ability to create and implement test fixtures to verify and validate designs. Ability to manage by influence.