Test Hardware Engineer - Load Board, Probe Card & Socket- Singapore

Location: SingaporeExperience: 3-10+ yearsMobility: Open to qualified candidates currently based in India who are willing to relocate to Singapore; employment and work authorization subject to employer requirements.

Role OverviewDesign, validate and sustain semiconductor test-interface hardware for wafer sort, final test and characterization. The role requires close interaction with ATE, package, product and PCB teams to deliver robust, high-signal-integrity test solutions.Country-specific emphasis: Experience supporting high-volume outsourced test or engineering services is useful. Key ResponsibilitiesDesign or review load boards, probe cards, sockets and related test-interface hardware.Translate device pinout, power, signal and test requirements into hardware specifications.Perform schematic capture, PCB design review and component selection.Support bring-up, debug and correlation of new test hardware on ATE.Analyze signal-integrity, power-integrity and contact-related issues.Coordinate with PCB/probe-card/socket vendors and manufacturing partners.Support multisite test, high-current and high-speed interface requirements.Investigate hardware-induced yield or correlation issues.Maintain revision control, BOMs, schematics and release documentation.Support NPI and production ramp across wafer sort and final test. Required QualificationsBachelor's or Master's degree in Electronics, Electrical Engineering, Microelectronics, Computer Engineering or a closely related discipline.3-10+ years of relevant semiconductor test, product, validation, hardware, manufacturing-test or application-engineering experience, depending on level.Hands-on semiconductor laboratory, ATE and/or production-test experience appropriate to the role.Strong analytical, debugging and cross-functional problem-solving capability.English required. Technical SkillsLoad board designProbe card and/or test socketPCB schematic / layout reviewSemiconductor ATE interface hardwareWafer sort / final testHardware bring-up and debugSignal integrity / power integrity fundamentalsHigh-speed or mixed-signal PCB designProduction correlationVendor coordination