What youll be doing:
Architect and build a scalable software-based test infrastructure for networking hardware, with emphasis on power and performance coverage across the product lifecycle from bring-up to production release.
Develop autonomous and agentic workflows that orchestrate test execution, system initialization, measurement, monitoring, logging, data collection, and analysis with minimal manual intervention.
Create the software layers around test content, including scheduling, execution control, telemetry pipelines, result handling, and data processing frameworks.
Integrate lab equipment such as power supplies, thermal solutions, and related instrumentation into a unified automation environment.
Enable high-throughput, high-quality engineering workflows by connecting the infrastructure to CI/CD systems, release flows, and quality gates.
Partner closely with hardware, firmware, product engineering, and lab teams to improve coverage, reliability, and observability across complex networking platforms.
Drive software design and engineering best practices for maintainability, scalability, and long-term platform evolution.
What we need to see:
BS, MS, or PhD in Computer Science, Computer Engineering, Electrical Engineering, or a related field, or equivalent experience.
8+ years of hands-on software development experience, including significant experience designing and building complex systems or infrastructure.
Proven experience architecting and building test infrastructure, automation platforms, or other engineering systems at scale.
Strong track record building production-quality software in Linux environments with high standards for reliability, maintainability, observability, and system-level debugging.
Experience developing infrastructure in cloud environments and with Docker-based workflows.
Strong experience with CI/CD, automated quality gates, and software delivery best practices.
Experience designing orchestration, workflow, or agentic systems for multi-step technical processes.
Experience with telemetry, logging, measurement, data pipelines, and automated analysis frameworks, and ability to work effectively across software, hardware, firmware, and lab teams.
Ways to stand out from the crowd:
Experience with networking products or high-performance connectivity platforms.
Background in hardware systems, lab environments, or instrumentation control.
Experience with power, thermal, and performance characterization frameworks.
Familiarity with large-scale automation for bring-up, qualification, or production-oriented engineering flows.
