Top Test Engineer Jobs

Supports Sentinel network systems integration through network architecture, modeling, simulation, testing, governance, requirements, capacity planning, reliability analysis, monitoring, incident response, and technical documentation. Coordinates cross-functional teams, develops network standards and procedures, evaluates infrastructure and interfaces, and provides systems engineering expertise throughout the lifecycle. Requires an active Secret clearance, U.S. citizenship, aerospace modeling and simulation experience, MATLAB proficiency, systems integration experience, and network architecture or scripting experience.

The Robotics System Test Engineer will lead test strategies for robotic systems, perform testing in outdoor environments, and ensure safety and reliability for autonomous operations.

Plan, oversee, and analyze flight test campaigns: design test cards and criteria, define instrumentation and telemetry, execute and monitor tests, adjust parameters in flight, build data pipelines, analyze telemetry for performance and anomalies, write test reports, and improve test processes. Travel to remote test sites and work in challenging field conditions.

Lead design, integration, qualification and testing of complex sub-modules and multi-subsystem ASML systems. Drive requirements, feasibility, detailed design, test development, and cross-team supplier/customer interfaces. Mentor peers, support project planning, ensure product quality and safety, and document technical choices throughout the project lifecycle.

Develop and support Python software, data pipelines, automated tests, and enterprise applications for spacecraft and vehicle checkout operations. Integrate software with physical instrumentation and sensors, deploy systems in Linux environments, improve CI/CD workflows, automate recurring processes, and reduce operational risk. Responsibilities include data analysis, debugging, performance optimization, code reviews, architecture participation, and full software lifecycle ownership.

Leads test and measurement strategy, test setup realization, execution, data quality, and advanced analysis for complex hardware at the part level. Translates failure risks into test methods and equipment needs, drives process improvements, supports reliability and qualification activities, and mentors junior engineers. The role requires multidisciplinary engineering expertise, strong troubleshooting and communication skills, and collaboration with system architects and internal customers in a high-tech development environment.

Lead development of ATE test solutions for characterization, wafer sort, and production on Advantest 93K/Teradyne UltraFLEX. Design high-speed test hardware, define test methodologies, translate simulation patterns to ATE programs, optimize test flows, and collaborate cross-functionally to improve yield and release production test programs.

Lead development of ATE test solutions for characterization, production, and wafer sort on Advantest/Teradyne platforms. Design high-speed ATE hardware, define test methodologies, translate simulation patterns to production test programs, optimize test flows, and collaborate with product, hardware, design, and firmware teams to improve yield and test efficiency.

Coordinates mission-critical HPC systems test events across government teams, vendors, integrators, development, and testing organizations. Responsibilities include integrated test scheduling, test plan and case reviews, compliance matrix preparation, defect and issue tracking, stakeholder communications, risk mitigation, and documenting test results and lessons learned. The role monitors vendor testing requirements and represents HPC program interests throughout the full test lifecycle.

Lead integration, verification, regression, and operational testing of mission-critical Flight Safety software in classified Linux environments. Validate conjunction assessment workflows, space object catalogs, ephemeris data, orbital propagation outputs, and collision-risk mitigation logic. Develop test plans, automate testing with Bash and Python, analyze defects, document results, support readiness reviews and training, and collaborate with developers, engineers, operators, and stakeholders in a national security space mission environment.

Tests, validates, and integrates mission-critical Flight Safety software supporting conjunction assessment, space object tracking, and ground threat deconfliction. Designs test plans, regression tests, and operational validation scenarios; uses Bash and Python in Linux environments; validates orbital data, propagation tools, and collision-risk workflows; investigates defects; and maintains test documentation and training materials. Collaborates with developers, engineers, operators, and stakeholders in a classified national security space mission environment.

Tests, validates, and integrates mission-critical Flight Safety software supporting conjunction assessment, space object tracking, and ground threat deconfliction. Responsibilities include designing test plans, executing regression and operational validation scenarios, automating tests with Bash and Python in Linux environments, validating orbital data and propagation tools, analyzing defects, and maintaining test and training documentation. The role requires collaboration with engineers, operators, and stakeholders in a classified national security space environment.

The Test Hardware Design Engineer designs, tests, and integrates mechanical systems for nuclear prototypes, ensuring performance and safety through detailed engineering analysis and project collaboration.

Develop and execute integrated test procedures and tooling for Dragon spacecraft post-flight refurbishment and pre-flight processing. Act as vehicle controller during system tests, automate test/data review, troubleshoot failures, and collaborate with design engineers to improve hardware, processes, and ground support equipment.

Lead development and execution of system-level test equipment and procedures for avionics and electromechanical actuation systems. Support integration and troubleshooting in a Systems Integration Lab and aircraft environments, manage BOMs and supplier testing (environmental, EMI/EMC), document anomalies, perform root cause analysis, and collaborate cross-functionally to validate performance and reliability.

Manage and maintain global product certifications and regulatory compliance for Starline products. Plan and execute qualification, reliability, thermal, environmental, and performance testing. Support root-cause and validation testing, maintain lab capabilities, coordinate third-party testing and documentation, and collaborate with product, QA, and design teams. Travel up to 15% for external lab support.

Designs, develops, and supports electrical test systems and PCBs for space and defense products. Creates test procedures, develops test software/drivers, uses lab instruments, drafts schematics and BOMs, and supports testing across development, qualification, and production phases.

The Lead Test Engineer will guide the planning, development, and execution of testing for missile defense systems, mentor a team, and ensure rigorous test execution and analysis.

Characterize RF products and systems, perform RF and high-voltage measurements, develop and automate test procedures (Python), operate VNA/spectrum analyzers and other lab equipment, document results, and support manufacturing test throughput and troubleshooting.

Designs, develops, and supports automated test equipment and data acquisition systems for aerospace products. Plans and executes test procedures, root-cause analyses, and documentation. Collaborates with engineering, quality, and production to meet requirements, mentors junior engineers, and improves manufacturing test processes. Programs test systems (LabVIEW/TestStand/C#/Python), creates schematics and wiring, and ensures configuration control in a regulated environment.

Develop, execute, and report dynamometer tests for friction products. Manage test plans, instrumentation, data acquisition, control systems, automation scripting, equipment procurement, maintenance, and lab procedures. Troubleshoot mechanical/electrical/control issues, support root-cause analysis, and improve test processes while ensuring safety, data quality, and scheduling.

Design, develop, and execute automated test scripts and frameworks for embedded hardware/firmware using Python (and C as needed). Integrate tests into CI/CD, analyze results, troubleshoot hardware/software integration, collaborate with hardware/firmware teams, maintain documentation, and support manual testing for edge cases and regression.

Develop and validate test procedures and equipment for electromechanical liquid-cooling products; support manufacturing failure analysis and tester debugging; analyze and report test data; design and direct fabrication of test apparatus; research testing standards; collaborate cross-functionally and mentor junior engineers.

The Battery Lab Test Engineer supports design verification testing and certification of battery pack systems for vehicles, assisting engineers in automation, data analysis, and test execution.

Lead integration and test activities for space payloads, debugging hardware/software/firmware interfaces, performing root-cause analysis, supporting lab and environmental testing (TVAC, vibration, EMI/EMC), developing testbeds and automation, and documenting test results to enable verification and flight readiness.