Electrical Engineer – Value Engineering

Overview In this role you will drive electrical system improvements across complex assemblies, balancing performance, reliability, and cost. You will work with cross-functional teams to optimize supply chain and manufacturability while supporting NPI and ECO processes. You will apply cost-aware design practices to deliver scalable, high-reliability electrical solutions for capital equipment. This is a mission-driven role at a global leader enabling advanced semiconductor and display manufacturing. Compensation / Benefitscomprehensive benefits packagebonus eligibilitystock award program ResponsibilitiesIdentify and resolve complex electrical issues across systems, subsystems, and components with emphasis on cost reduction and reliabilityLead or execute value engineering initiatives including cost reduction, multi-sourcing, electrical redesign, and supplier transitionsDesign, modify, or develop electrical architectures, schematics, PCBAs, harnessing, and power/control systemsCollaborate with strategic suppliers to develop and optimize electrical components and assembliesApply Design for Cost (DfC), Design for Manufacturability (DfM), and Design for Supply Chain (DfSC) principles to electrical designsSupport ECO evaluation and execution to deliver cost benefits while managing riskSupport NPI cost evaluation and design convergenceWork cross-functionally with Mechanical, Supply Chain, Program Management, and Manufacturing teamsDefine and execute electrical testing and validation including power distribution and reliability testingPerform power, signal integrity, thermal-electrical, and component selection analysesGenerate and review electrical specifications, test plans, and documentationContribute to value tracking, including cost savings validation and PPVCommunicate technical trade-offs clearly to influence decisions Key requirementsBachelor’s degree in Electrical Engineering or related field7–10 years of electrical engineering experience including electronic systems, power systems, or controlsStrong circuit design, PCB layout, power systems, grounding/shielding, and component selectionDemonstrated application of DfX, especially cost and manufacturabilityCross-functional collaboration experience and ability to interface with suppliers on technical solutionscross-functional collaborationeffective communicationproblem-solvingcircuit designPCB layoutpower systems