Hardware Engineer

Overview In this role you will lead EMC/ESD efforts across concept to production, shaping robust hardware for high-density PCBs and complex schematics. You will collaborate with cross-functional teams and external manufacturers to minimize late-stage redesigns and ensure regulatory compliance from inception. You drive system-level EMC strategy, advanced grounding, and ESD mitigation while maintaining performance and efficiency. Your work enables a premium, interference-free user experience through validated, data-driven design decisions. Compensation / Benefits15% bonus targetequitybenefits (Google benefits) ResponsibilitiesDirect EMC/ESD engineering activities from concept to production releaseDesign and optimize grounding strategies and ESD mitigation without compromising system performanceLead system-level experiments to validate hardware robustness against electromagnetic noiseBalance EMC, SI, desense, antenna, mechanical, thermal, and PCB constraints to reduce redesignsCollaborate with external manufacturers (CM) to ensure timely production and quality controlUtilize laboratory instrumentation (TLP, VFTLP, Spectrum Analyzers, VNAs, high-speed oscilloscopes) for validationModel electromagnetic behavior in virtual environments (3D/2D) to predict performance and drive improvementsMaintain project timelines with cost effectiveness and high operational efficiency Key requirementsLeading EMC design for products from concept to production releaseDesigning and troubleshooting for electromagnetic compatibility (EMC)Electromagnetic theory applied to electrical and mechanical design from PCBA to full electronic assemblyUtilizing EMC test instrumentation during debug analysisMaintaining product schedule with cost effectiveness and high operational efficiencyLeadershipCross-functional collaborationProblem-solvingEMC design from concept to productionEMC troubleshooting and testing instrumentationElectromagnetic theory applied to PCBA and mechanical design