Top Test Engineer Jobs

The Sr. Reliability Test Engineer will oversee reliability testing, perform analysis, develop test profiles, and ensure compliance with safety protocols.

Lead operational test design, planning, execution, data collection, analysis, and reporting for naval programs. Coordinate with program offices, Fleet stakeholders, and WIPT/APM T&E. Prepare test reports, M&S accreditation materials, and program documentation; brief status and results; support shipboard test execution and maintain program history records.

Design, develop, and maintain test procedures, tester hardware and software for large-form electrical assemblies. Support factory startup: recruit and train technicians, build processes and work instructions, perform HV testing (HIPOT), troubleshoot test equipment, analyze test data, ensure safe operations and regulatory compliance, and provide documentation and training for production testing staff.

Develop QA programs, design test infrastructure, review and script test cases, and track bugs using JIRA for a cybersecurity platform.

Develop and execute test solutions across characterization, wafer sort, and final test for silicon photonics and semiconductor products. Build ATE test programs (Advantest/Teradyne), optimize test flows for coverage/time/cost, analyze yield data, debug failures, and collaborate with design, product, and operations to enable NPI and high-volume manufacturing.

Manage quality processes for manufacturing scale-up: create inspection plans, lead root-cause/CAPA, support SPC/Cpk and FMEAs, perform supplier quality and source inspections, develop/execute test programs, maintain quality documentation, and translate data into engineering recommendations aligned with nuclear-quality expectations.

Provide hands-on production engineering and test support for PCBA and RF/microwave communications hardware. Troubleshoot PCB-level, digital, embedded, and mixed-signal issues; perform root cause analysis, support LRIP-to-production transitions, optimize yields, collaborate with design teams on DFM/DFT, and implement process improvements to ensure product reliability and manufacturability.

Provide hands-on engineering support for PCBA and RF/microwave production: troubleshoot and root-cause failures, support LRIP and production transitions, debug digital and embedded systems, collaborate on DFM/DFT, drive process and yield improvements, and lead corrective action investigations to ensure reliability and manufacturability.

Design, develop, and execute test programs for space mechanisms. Create and validate EGSE, test stands, and automated test software (Python/LabVIEW/C#). Conduct functional, environmental, and life testing, collect and analyze instrumentation data, troubleshoot anomalies, and produce test documentation while collaborating with design, systems, and quality teams.

Design, build, and validate EGSE/ATE hardware and test software (primarily LabVIEW) for motion control and GNC components. Develop test plans, interface control documents, instrumentation integration, execute environmental and performance tests, collect/analyze data, troubleshoot systems, and maintain test documentation and version-controlled test software to support flight and qualification hardware.

Lead and execute flight test activities: plan tests, develop and peer-review procedures, run formal/non-formal tests, analyze post-test data, create reports/problem reports, and lead moderate-sized test events while supporting shift work and flight test meetings.

Support flight test activities including test planning, procedure development and review, test execution, data analysis, problem report creation, and reporting. Lead moderate-sized test efforts, attend flight test meetings, support multi-shift schedules, and produce required test artifacts while collaborating with the Flight Test Team.

Lead and support flight test activities including test planning, procedure development, execution, post-test data analysis, problem report creation, and reporting. Lead moderate-sized test efforts, attend flight test meetings, and support multi-shift testing schedules.

Plan, integrate, and execute software verification and test activities for lunar lander systems. Design test plans, build and improve test infrastructure, run manual and automated regressions, report bugs, analyze performance, and lead anomaly investigations across hardware and software platforms.

Develop, implement, and maintain ICT and flying probe test processes, programs, fixtures, and equipment. Support test equipment calibration, preventive maintenance, IQ/OQ, DFT analysis, yield improvement, failure analysis, and cross-functional release coordination. Provide troubleshooting, training, and documentation for manufacturing test operations.

Develops, implements, and maintains manufacturing test methods and equipment for electronic products. Troubleshoots yield issues, performs root-cause analysis, improves test processes, trains technicians, qualifies new testers, manages maintenance/calibration, and coordinates with customers and sustaining teams to improve test methodology and yield.

Develop, improve, and maintain end-of-line and in-process test systems for manufacturing. Perform statistical analysis to improve product acceptance and defect detection. Troubleshoot electrical controls, hydraulic systems, and test equipment; recommend replacements and preventive maintenance. Interface with customers and production for test validation, provide status reports, and ensure quality management system adherence.

Assemble, deploy, recover, and maintain distributed maritime sensor nodes; perform pre-deployment checks and field troubleshooting of mechanical and electrical systems; operate test equipment; document procedures and results; collaborate with engineering teams to inform design, tooling, and iterative prototyping for ocean deployments.

Design, develop, integrate, and certify test system software and hardware for ground, airborne, and space systems. Implement test automation, low-level hardware control, and custom interfaces primarily using Python and Ruby. Define requirements, support system architecture, develop within CI/CD and containerized environments, and collaborate across disciplines to meet program technical, cost, and schedule goals.

Design, develop, integrate, and certify test system software and hardware using primarily Python and Ruby. Participate in requirements, architecture, implementation, CI/CD, and cross-disciplinary testing for ground, airborne, and space systems. Work on containerized environments, hardware integration (including FPGAs), and maintain software quality under formal development methodologies. On-site, full-time role collaborating with program teams and stakeholders.

Develop and support automated test equipment programs for next-generation GPUs and AI server products. Responsibilities include ATE test method coding, debugging, scripting and automation, production transfer, yield and test coverage improvement, capacity optimization, and cost reduction. The engineer will collaborate with product development, DFT, IC design, and global manufacturing teams to diagnose failures and implement solutions.

Develops production-grade C++ and Python automated tests for distributed cloud and edge systems. Responsibilities include unit, integration, and end-to-end testing; deterministic test harnesses and mocks; C++/Python interoperability validation; Bazel and GitLab CI/CD integration; code coverage enforcement; and debugging complex test failures. The role collaborates closely with software and infrastructure engineers to validate numerical, navigation, and multi-service system logic.

Perform non-supervisory engineering for development testing, equipment qualification, factory acceptance testing, and commissioning. Duties include test planning, fixture design, execution, analysis, reporting, vendor test coordination, design support for rotating machinery, stress and vibration analysis, CAD modeling, and mentoring engineers.

Develop and execute test plans for robotic systems across simulation, subsystems, and field deployments. Create automated tests, analyze results, document defects, and collaborate with cross-functional teams to drive integration, reliability, and continuous improvement of hardware and software.

Designs, develops, and implements testing methods and equipment. Plans labor, schedules, and equipment for testing devices; specifies tests, compiles data, and recommends changes to test equipment, procedures, or manufacturing processes.