Staff Quality Automation Engineer

Join d-Matrix and help build the future of AI inference. We’ve pioneered a memory-centric architecture that brings compute directly into memory, making AI faster, more energy efficient, and accessible on a global scale. From chips and software to rack-scale systems, our team is tackling some of AI infrastructure’s hardest challenges — and shipping breakthrough technology today. If you want to create what comes next and help make infinite inference possible, we’d love to hear from you.

Our culture is built on respect, collaboration, and direct communication. We value humility, we believe our different perspectives lead to better solutions, and we’re looking for people who are driven by execution and energized by hard problems.

Role overview

The Quality Engineering (QE) team tests, triages and reports deficits, then verifies fixes. It works with Product and Engineering to assess functional behavior, numerical accuracy, performance and stability.

As a Staff Quality Automation Engineer, you will turn QE workflows, automation and prototypes into reliable internal products used within QE and across d-Matrix. You will build reusable capabilities that improve how teams test and develop software. You will support test engineers and software engineers across d-Matrix in delivering robust product releases.

You already use AI in your engineering work and actively explore what new tools make possible. You will bring fresh approaches to QE and turn useful experiments into capabilities colleagues can adopt.

What you will do

• Work with QE and Engineering to understand users' needs and agree priorities. Define scope and expected results. Raise dependencies and blockers, and ask for help reaching the right owner.

• Build and maintain shared automation, test frameworks and harnesses for functional, integration, regression and release testing across supported software and hardware configurations.

• Turn scripts and prototypes into tools others can use. Provide clear interfaces, configuration, setup instructions, error handling and diagnostics. Review code and test the tools.

• Integrate tools with existing continuous integration (CI), nightly and release workflows alongside infrastructure owners. Record builds, configurations, commands, inputs and results so another engineer can reproduce failures.

• Support adoption through documentation, examples and user feedback. Check that colleagues can use tools independently. Measure human effort, reliability and result quality, including review and maintenance costs.

• Assess coverage, assertions, expected results and negative cases. Distinguish product deficits, environment problems and unreliable tests. Work with developers to verify fixes and provide testing cover while progressing shared automation.