Job Description
Test Engineer Rocket
EMS - 2.5
Santa Clara, CA Job Details $80,000 - $90,000 a year 13 hours ago Qualifications Digital multimeters Technical documentation Electrical schematic reading and interpretation Equipment troubleshooting Electronics voltage testing Manufacturing facility Collaboration with product development teams Troubleshooting electrical systems Collaboration with manufacturing teams Oscilloscopes Technical troubleshooting support Assembly drawings Cross-functional communication Full Job Description Test Engineer Position Summary The Test Engineer is responsible for supporting, maintaining, and improving test processes for printed circuit board assemblies (PCBAs) in a high-mix, low-to-medium volume manufacturing environment. This role will support in-circuit, functional, boundary scan, system-level, and environmental testing while helping ensure products meet customer, quality, and Class 3 aerospace manufacturing requirements. The Test Engineer will work closely with Test Technicians, Manufacturing Engineering, Quality, Program Management, and Production teams to troubleshoot failures, support production builds, improve test coverage, analyze test data, validate fixtures, and drive continuous improvement across the test process. This position requires strong hands-on technical ability, attention to detail, and the ability to support both production test execution and engineering-level problem solving. Key Responsibilities Test Engineering Support Support PCBA test operations, including: In-Circuit Test (ICT) Functional Test (FCT) Boundary Scan, as applicable Burn-in and environmental testing, as required System-level or box-build testing, as applicable Review and support test procedures, work instructions, customer requirements, and production travelers Verify test setups, fixtures, cabling, software, and configurations prior to production use Support production teams with test-related questions, failures, and process issues Monitor test performance, first-pass yield, recurring failures, and throughput concerns Ensure test results are accurately recorded in ERP/MES systems such as Voyager or equivalent Troubleshooting & Failure Analysis Troubleshoot failed PCBAs using standard lab and diagnostic equipment, including: Digital multimeters Oscilloscopes Power supplies Signal generators Logic analyzers or other test equipment, as applicable Interpret schematics, assembly drawings, test procedures, and customer documentation Identify and document failure symptoms, failure modes, and test observations Support root cause analysis and corrective action activities Work with technicians and engineers to determine whether failures are related to product design, assembly defects, fixture issues, software, process variation, or documentation gaps Provide clear technical feedback to Quality, Manufacturing Engineering, and Program teams Fixture, Equipment & Process Support Support test fixture setup, validation, maintenance, and troubleshooting Assist with test equipment calibration status, readiness, and proper usage Help identify fixture reliability issues and recommend improvements Support implementation of new test equipment, software updates, and process changes Assist in developing or improving test methods, test instructions, and production support documentation Participate in continuous improvement efforts to improve test efficiency, reduce retest rates, and increase throughput NPI & Production Support Support New Product Introduction activities from prototype through production release Review customer test requirements and assist with test readiness planning Support first article builds, pilot builds, and engineering builds Collect and analyze test data during early production runs Provide feedback on manufacturability, testability, fixture design, and process flow Help transition products from engineering/NPI into repeatable production test processes Documentation & Quality Maintain accurate and organized records of test results, troubleshooting notes, and engineering observations Follow IPC-A-610, J-STD-001, and applicable Class 2/Class 3 workmanship requirements Adhere to ESD protocols, safety requirements, and quality system procedures Support audit readiness through complete and accurate documentation Assist with customer, internal, and quality system investigations as needed Support engineering change implementation and documentation updates Qualifications Required Degree in Electrical Engineering, Electronics Engineering Technology, Mechatronics, or a related technical field, or equivalent hands-on experience Experience testing, troubleshooting, or supporting electronic assemblies in a manufacturing, lab, or production environment Ability to read and interpret schematics, assembly drawings, test procedures, and technical documentation Working knowledge of electronics fundamentals, including voltage, current, resistance, continuity, digital and analog signals, and basic circuit behavior Hands-on experience using common lab equipment such as multimeters, oscilloscopes, and power supplies Strong attention to detail and ability to accurately document test results and troubleshooting findings Ability to work effectively with technicians, engineers, production personnel, and quality teams Strong problem-solving skills and ability to work in a fast-paced manufacturing environment Preferred Experience in PCBA manufacturing or electronics contract manufacturing Experience with ICT, FCT, boundary scan, flying probe, burn-in, or environmental test processes Familiarity with Class 3 aerospace, defense, medical, or other high-reliability electronics manufacturing Knowledge of IPC-A-610 and J-STD-001
standards Experience supporting NPI builds, test fixture validation, or production test releases Experience analyzing test data, yield trends, recurring failures, or process performance Experience with ERP/MES systems such as Voyager or equivalent Basic programming or scripting experience is a plus Experience working with customers, suppliers, or cross-functional engineering teams is a plus Physical Requirements Ability to sit or stand for extended periods Ability to lift up to 25 lbs Fine motor skills for handling electronic assemblies and test fixtures Ability to work in an ESD-controlled production environment Ability to safely use standard lab and production test equipment
