Top Test Engineer Jobs

Lead design, development, integration, configuration and testing of flight test instrumentation. Define system configurations, signal conditioning, sensor selection, calibration, and maintain TTC airborne data acquisition and onboard data monitoring systems for ground and flight test activities.

Perform systems engineering for integration and test: capture and flow customer requirements, perform functional and timeline analysis, allocate requirements, develop and run verification and validation tests, create simulation models, support Agile teams, and manage requirements and test data for complex systems.

Develop and maintain flight test instrumentation drawings and system configurations. Define signal conditioning, support design reviews, test integration, procedures, and trade studies. Monitor instrumentation configurations, recommend/authorize changes, and assist post-test data processing and analysis while working with TTC data systems and Symvionics.

Design, develop, and integrate software, APIs, and automation to improve test platform efficiency. Build CI/CD pipelines, data pipelines, dashboards, and integrations with third-party diagnostic/test tools. Collaborate with test engineers, operations, and vendors to reduce manual work, increase throughput, and provide visibility into test metrics. Support troubleshooting, documentation, and global standardization of integration frameworks.

Design, develop, and maintain automated testing frameworks and tools; create and execute automated test scripts; ensure replicable, standards-compliant test results across Dev/Pre-Prod/Prod; estimate testing effort/cost/schedule; integrate testing into CI/CD; track and support defect resolution; drive continuous improvement of testing processes.

Develop and run automated test frameworks and embedded firmware to validate radar payloads. Build HIL setups, control lab instruments, analyze performance data, and maintain CI pipelines to ensure hardware-software integration and space-readiness.

Lead validation of ML datacenter stacks from cluster to rack scale for CSPs: define test strategies, reproduce and triage customer bugs, validate fixes, run perf benchmarks, manage test data and tooling, produce release-readiness reports, and collaborate with internal and partner engineering teams.

Entry-level network software test engineer responsible for designing and executing automated and manual tests for networking features. Develop and maintain Python-based test scripts, analyze packet captures and logs, use AI/LLMs to aid test generation and log analysis, validate security and interoperability, and integrate tests into CI/CD. Collaborate with engineers, maintain test environments, and assist onboarding and mentorship.

Validate and lead bench-level and HIL testing of CDC and ADCU ADAS systems for L2+ features. Develop black-box test methodology, automate test cases, simulate environments, and maintain rigorous test documentation and requirements traceability.

The SDET plans, designs, develops, and executes software tests in an Agile environment, focusing on UI, mid-tier, and backend components.

Design, develop, and validate firmware and ATE software for manufacturing electrical tests. Create test methods (TestStand/LabVIEW/C++), debug custom hardware, perform mixed-signal analysis and statistical evaluation, and collaborate cross-functionally to resolve production issues and improve test applications.

Design, develop, test, and maintain full-stack software systems. Build and maintain unit and integration test suites, integrate testing into CI/CD pipelines, debug and operate applications across UNIX/Linux environments, and collaborate with cross-functional teams to deliver production-ready solutions. Maintain vendor integrations and comply with security clearance requirements.

Design, develop, and maintain test frameworks and hardware test stands for autonomous rail vehicles; manage CI pipelines, internal tooling, and documentation; guide testing strategy, mentor engineers, and occasionally lead projects to ensure regulatory and safety compliance.

Design and build scalable automation test frameworks for functional, integration, and regression testing of frontend and backend services. Develop API and end-to-end tests, integrate automation into Jenkins CI/CD, convert manual tests to automated scripts, validate JSON/XML payloads across microservices, participate in Agile ceremonies, and perform root cause analysis to ensure product quality and test stability.

Develop and scale automated test software and infrastructure to validate RF and satellite communications payloads. Build instrument-control software, test sequences, and reusable automation frameworks; integrate tests across hardware/software, CI/CD, and lab environments; troubleshoot failures; design DUT control and telemetry ingestion; standardize tooling and improve reliability, maintainability, and scalability while collaborating with systems, hardware, and software teams.

Lead electrical ground support equipment (EGSE) design and AIT for satellites: define requirements, author test procedures, execute qualification/acceptance tests (vibration, thermal vacuum, EMI/EMC, RF, shock, propulsion), validate interfaces, troubleshoot electrical issues, lead anomaly resolution, support on-orbit ops, and run lab/cleanroom AI&T activities.

The RF Test Engineer designs and manages testing systems for satellite RF payloads, collaborates with design teams, and automates testing processes.

Lead and build software infrastructure and automation for robot testing and evaluation. Develop scripts, tools, and workflows to run repeatable tests, collect and analyze data, improve reliability, and coordinate cross-functional test execution. Set technical direction, prioritize work, unblock the team, and grow testing infrastructure and personnel for scaled deployments.

Set up, calibrate, and operate data-acquisition systems for structural testing; coordinate sensor installation and test procedures; generate noise/tolerance reports; work with NASA teams on design, setup, and qualification testing; develop reports and presentations; use LabVIEW/MATLAB and NI hardware; apply machine vision concepts and control systems; follow safety/OSHA standards and support test readiness.

Lead development of ATE test solutions for characterization, production, and wafer sort. Design high-speed ATE hardware, create test plans, convert design test patterns to ATE formats, optimize test flows, and collaborate with design/DFx teams to improve yield and testability. Release production test programs and innovate test methodologies for high-speed digital interfaces.

Lead QA for Cisco Meraki MX and Catalyst security/SD-WAN products: define test strategies, collaborate with PMs and devs, build and maintain automation for CI/CD, run integration/scalability/stress tests, validate security features, and apply AI-driven test innovations to improve coverage and regression testing.

Develop, validate, and optimize production test programs for optical transceiver modules from NPI through production. Influence DFT/DFM, set test limits, analyze characterization and production data to improve yield and efficiency, support failure analysis and product debug, and sustain offshore manufacturing flow to meet cost, delivery, and quality targets.

Lead test and evaluation strategy and oversight for C2/C3 software at Hanscom AFB. Validate end-to-end mission outcomes, assess test automation coverage, ensure DoWI/USAF compliance, liaise with contractors and external test organizations, and represent program leadership while enabling agile DevSecOps delivery.

Lead Test and Evaluation for the Maven Smart System: develop T&E strategy, plan and execute tests, validate software against operational outcomes, assess test automation and environments, coordinate stakeholders, ensure compliance with Department of the Air Force testing regulations, and accelerate capability delivery through integrated testing and CI/CD/DevSecOps practices.

Develop and scale automated test systems for RF and satellite communications payloads, control lab instrumentation, build reusable frameworks and CI/CD-integrated automation, debug hardware/software integration issues, and design scalable test infrastructure to ensure repeatable system validation.