Top Test Engineer Jobs

Performs system-level integration of software and hardware in simulation environments for the Compass Call training system. Troubleshoots issues independently and collaboratively in a laboratory setting, develops and executes manual and automated test procedures, supports systems design, derives and allocates system requirements, and applies RF and signal-processing concepts. The role is fully onsite and supports electronic warfare programs.

Serve as a strategic quality leader by defining testing vision, organizational quality standards, quality KPIs, and innovative automation practices. Lead scalable test framework improvements, risk-based testing, architectural quality discussions, and early QA involvement. Apply AI-assisted testing for test generation, self-healing automation, predictive risk analysis, and failure analysis while establishing responsible-use guardrails. Collaborate with senior leadership to drive quality culture, roadmaps, and best practices across projects.

Define, implement, integrate, and support DFT solutions across HBM core and base dies. Drive DFT architectures and specifications, collaborate with cross-functional teams for tape-out, silicon bring-up, and qualification, debug DFT issues, support reuse/standardization, and document lessons learned.

Develop, validate, and refine test assets and processes for mechanical, electrical, and pneumatic assemblies. Design and/or source test equipment and tooling, author test specifications and work orders, support shop-floor testing, analyze test data, lead root-cause investigations, and drive cross-functional improvements to ensure scalable, safe production testing.

Define and deploy board- and system-level manufacturing test strategies for high-volume server production. Develop ICT/MDA/board functional tests, fixtures, and test infrastructure; drive yield improvement, failure analysis, and corrective actions; partner with ODMs and cross-functional teams to ensure scalable, reliable production testing and factory readiness.

Develop and test RF and millimeter-wave components and subsystems. Responsibilities include schematic/layout generation, RF/mmW circuit and device modeling, on- and off-wafer RF testing, maintaining PDKs, and RF system design and integration in a fast-paced team environment.

Run and support rocket engine test campaigns including hot-fire tests, test-stand checkouts, data review and troubleshooting. Design/fabricate fluid systems, operate and modify stand systems, maintain instrumentation, produce procedures/configuration files, and improve test cadence and fidelity.

Develop and maintain automated test software and integrate hardware/software for RF and electronic warfare systems. Lead test development, support production test stands, debug RF measurement anomalies, and coordinate across systems, hardware, and software teams.

Design, develop, and maintain automated test software and hardware/software integration for electronic warfare systems. Lead test development, integrate test SW with production stands, debug RF measurement issues, and provide technical leadership and status to program management.

The SDET is responsible for testing products, executing test cases, creating automated scripts, and collaborating with the engineering team to troubleshoot issues.

Own and evolve a Kubernetes-native test framework that qualifies host images on real hardware. Build test harnesses, extend coverage into HPC, Slurm-on-Kubernetes and firmware/hardware, keep CI fast and reliable at fleet scale, and own results, reporting, and triage. Collaborate with kernel, firmware, imaging, and HPC teams and explore LLM-driven log triage and failure classification.

Senior SDET for platform and reliability engineering: design test strategies, build automation frameworks and tools, leverage AI for testing, write test plans, automate high-value tests, diagnose issues, and collaborate with product, security, and business teams to improve quality and reliability for fintech/trading systems.

Lead engineer responsible for building and operating enterprise-scale test automation and an agentic, human-gated testing ecosystem for IAM. Designs journey-based quality strategy, deterministic test data, integration simulators, stable test environments, release-grade evidence, and AI-assisted engineering adoption while partnering with product, release management, and exec stakeholders.

Senior SDET responsible for building test strategies, developing automation frameworks and tools, leveraging AI to augment testing, writing test plans for functional/compliance use cases, automating high-value tests, participating in requirements analysis, diagnosing issues, and collaborating with product, security, and engineering teams to improve platform quality and reliability.

The role involves designing and commissioning test systems, authoring test procedures, analyzing data for performance evaluation, and optimizing operational processes to enhance safety and efficiency.

Develops firmware verification plans for enterprise SSD customer requirements and NVMe features. Builds and enhances Python-based test automation, reporting, and data-collection tools; executes validation and regression testing; analyzes failures and performs root-cause investigations. The role also applies machine learning, LLMs, and agent-based AI solutions to improve test development, workflow automation, failure analysis, and validation efficiency.

Develop firmware verification plans and test methodologies for enterprise SSDs and NVMe features. Build Python-based automation, reporting, and data-collection tools; analyze regression failures and perform root-cause analysis. Apply machine learning, AI-powered tools, and data-driven methods to improve test efficiency, failure detection, and workflow automation. Collaborate with firmware engineers, test developers, and AI/ML practitioners to improve product quality and reliability.

Owns reliability for complex satellite hardware from concept through production and on-orbit operations. Develops qualification and validation testing, automates test equipment in Python, establishes reliability targets and mission profiles, leads DFMEA and fault-tree analyses, builds reliability models, performs Weibull and physics-of-failure analysis, investigates failures, coordinates destructive analysis, analyzes telemetry, and mentors engineers.

Develops and ports IC test vectors, patterns, software, and diagnostic flows for Advantest and Teradyne ATE platforms. Converts simulation data into functional, scan, and structural tests to reproduce failures and support root-cause isolation. Collaborates with failure analysis, design, and test-floor teams; optimizes tester performance and signal integrity; and designs custom load boards, probe cards, and DUT interfaces. Requires strong scripting, digital vector debugging, IC failure-analysis, fault-localization, and yield-analysis experience.

Designs, builds, and maintains automated electrical test systems for energy storage, inverters, power electronics, motor drives, and control panels. Develops LabVIEW test software, integrates DAQ hardware and instrumentation, executes verification and validation tests, troubleshoots electrical and controls issues, analyzes test data, and performs root-cause analysis. Maintains laboratory equipment and documentation while supporting engineering and production teams.

Lead design and execute end-to-end validation for embedded access-control firmware. Build HIL automation, test drivers and middleware, debug hardware/software interactions with lab instruments, validate network/security stacks and communication protocols, mentor junior engineers, and collaborate with hardware and software teams to ensure testability and product reliability.

Lead system- and vehicle-level testing for highly automated truck platforms. Develop and execute test cases, plan test campaigns, analyze failures, present results, track milestones, support functional safety implementation, and improve validation processes and tools. Collaborate with cross-functional and global teams, apply automotive validation and fault-analysis methods, and stay current with L4 system regulations and technologies.

Design and execute vehicle- and system-level test plans for autonomous vehicle hardware and software. Troubleshoot and debug issues, perform root-cause analysis, develop data analysis and visualization tools, and communicate findings to engineering teams. Provide input on testable system designs and prioritize test exceptions to meet customer requirements.

Designs, builds, tests, implements, and maintains large-scale DoD network solutions. Provides Tier III support, configures routers, switches, firewalls, voice gateways, and unified communications systems, and manages secure encryption technologies. Develops test plans, implementation plans, reports, and configuration documentation; performs troubleshooting, incident response, security assessments, patching, and infrastructure restoration. Supports interoperability, automation, configuration control, and staff supervision for DISA network initiatives.

Designs, builds, tests, implements, and maintains large-scale DoD network solutions. Provides Tier III support, configures routers, switches, firewalls, voice gateways, and encryption devices, develops test and implementation documentation, supports interoperability, applies patches, responds to incidents, restores services, and evaluates network security architectures and countermeasures.