Top Test Engineer Jobs

The Product Test Engineer will focus on sensor development, reliability testing, and software for test platforms while collaborating with diverse teams.

Lead hub and chassis dynamometer testing and validation for EV range and performance, develop SOPs and test cells, instrument vehicles, analyze large datasets to extract efficiency maps, and collaborate with powertrain, controls, thermal, and vehicle dynamics teams to meet certification and performance targets.

Owns production test development, design-for-test analysis, execution, troubleshooting, and documentation for power, digital, and analog circuits. Develops test equipment and processes, estimates costs, verifies calibration, leads test readiness and safety reviews, and coordinates with engineering, production, quality, project management, sourcing, and vendors. Tests products including motor controllers, regulators, and alternators while ensuring compliance with customer requirements and applicable standards.

Lead design, development, and maintenance of automated test frameworks; drive test automation for image and workflow initiatives; analyze incidents and defects; support Scrum Lead duties and agile ceremonies; collaborate on enterprise correspondence generation and CI/CD test automation; train on FileNet and CMOD tools.

Develop and transfer automated test solutions for radiation-hardened analog ICs using Eagle or Flex testers. Responsibilities include generating test hardware and software, analyzing schematics, debugging test programs, improving test methodologies, supporting production, enhancing yield, and evaluating production readiness. The role also requires statistical analysis, JMP analytics, GR&R studies, transient and spike testing, mentoring junior engineers, and serving as a test hardware and software subject matter expert.

Design, implement, test, debug, and evolve onboard flight software for spacecraft and payloads. Responsibilities include defining software architecture, mission modes, state machines, data handling, communications, command processing, fault detection and recovery, and hardware interfaces. The engineer will adapt vendor software, collaborate with avionics and systems teams, perform lab and integration testing, document procedures, and serve as a flight software subject matter expert.

Develop and execute hardware, firmware, and software design verification tests for irrigation controller products. Build and configure hardware test fixtures, run manual and automated scripts, debug electrical and software issues, document defects, review technical documentation, and support other engineering teams. The role also guides junior personnel and requires schematic reading, electronic troubleshooting, measurement-tool use, and PCB soldering or desoldering.

Develop and maintain automated test frameworks, scripts, and user interface tools for smart irrigation controller products. Create and execute functional, regression, integration, and performance tests; analyze results; track defects; and report quality metrics. Collaborate with product, firmware, and engineering teams to validate device interactions, telemetry, synchronization, usability, and release readiness. Contribute to QA standards, documentation, test data practices, and continuous automation improvements.

Plans, executes, and documents verification and validation testing for battery-powered electromechanical systems. Develops test plans, procedures, fixtures, and instrumentation; performs functional, environmental, durability, and reliability testing; analyzes failures and supports corrective actions. Validates electronics, sensors, communications modules, and mechanical assemblies against performance and military standards. Maintains traceability documentation and collaborates with engineering, manufacturing, quality, and program teams on prototypes, production transition, test automation, and reliability improvements.

The Flight Software Development Engineer in Test designs and develops testing frameworks and strategies for spacecraft software, ensuring quality through automated tests and collaboration with developers.

Lead technical ownership of a global platform for safe change: distributed key-value storage, progressive configuration delivery, testing and health-mediation. Write production code, design systems, review senior proposals, integrate LLMs, and drive cross-team initiatives to improve reliability, rollout safety, and developer productivity.

As a Senior Software Engineer, you will develop and validate real-time RF sensor systems, integrating algorithms and testing software components within a multi-disciplinary team.

As a Senior Software Engineer, you will develop and validate real-time sensor software, integrate algorithms, and perform rigorous testing in a collaborative environment.

The Senior Software Engineer will develop and validate real-time RF sensor software, integrating algorithms into systems and conducting rigorous testing.

Tests embedded software for commercial HVAC products by analyzing requirements, creating functional test cases and automated scripts, executing formal and exploratory testing, reviewing test procedures, reporting defects, validating fixes, and enhancing test automation tools. The role also estimates testing resources and schedules, collaborates with engineering teams, and applies knowledge of embedded controls, HVAC systems, quality assurance, and software testing methodologies.

Develops and maintains parametric and functional semiconductor test programs; validates and correlates tests across wafer fabs and customer sites. Sets up devices on probers, probe cards, characterization work requests, and functional test equipment. Supports equipment modification, troubleshooting, repair, data distribution, wafermap activities, material flow, vendor coordination, and integration engineering. Requires programming, semiconductor physics and process knowledge, database understanding, and strong communication and problem-solving skills.

Own end-to-end hardware test strategy for robotic systems, including functional, environmental, vibration, dust, heat, and life-cycle testing. Build fixtures and automation, define acceptance criteria, investigate failures and field incidents, perform root-cause analysis, enforce safety procedures, and produce traceable, data-driven test reports for components, subassemblies, and integrated robots.

Stage Test Engineer responsible for integrating rocket stages, preparing and leading ground tests, creating autosequences and procedures, analyzing test data, and designing, operating, maintaining, and troubleshooting fluid, mechanical, instrumentation, and control systems. The role also includes hazard analysis, schedule management, high-pressure and cryogenic system operation, and hands-on site support at an outdoor test facility.

Own software integration from code branches through simulation, hardware-in-the-loop, and flight testing for autonomous aircraft. Maintain simulator environments, develop automated regression tests and CI integrations, plan flight-test campaigns, operate ground stations, analyze telemetry and logs, triage failures, and build tooling for flight-data review and test traceability. The role requires field work at test sites, variable schedules and weather, and hands-on vehicle operations.

Owns the integration and testing manufacturing line for AI satellite compute hardware. Responsibilities include managing test infrastructure, designing tooling, assessing manufacturability, integrating vehicles, optimizing test operations, and investigating non-conformances. The role requires collaboration with engineers and technicians, hands-on work in production environments, test planning, configuration management, and occasional travel to SpaceX sites.

Designs, develops, integrates, and maintains system-level test strategies, software, fixtures, loadboxes, cables, and test bays for autonomous trucking manufacturing. Performs verification and validation, debugs test systems, supports root-cause analysis, improves product quality, yield, throughput, and test time, and coordinates multiple project activities. The role requires engineering knowledge, electronics testing experience, programming skills in C and C#, circuit and measurement systems understanding, and familiarity with automotive communication technologies.

Designs, develops, integrates, and maintains system-level testing strategies for autonomous trucking manufacturing processes. Responsibilities include coding and debugging test software, developing test fixtures and bays, validating performance, troubleshooting product and process issues, improving quality, yield, throughput, and test time, and coordinating project activities. The role requires electronics testing knowledge, programming, circuit and measurement-system understanding, automotive communication protocols, and root-cause analysis skills.

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 architecture, development, and deployment of end‑of‑line manufacturing test systems for electronic and electromechanical products. Own test strategy, supplier engagements, installation/validation, data analysis to improve yield and OEE, and ensure compliance. Mentor junior engineers and support NPI, DFT, and continuous improvement across cross‑functional teams.