DevOps Engineer

Atomic Machines is ushering in a new era of micromanufacturing with its Matter Compiler™ technology. This full-stack technology enables new classes of micromachines to be designed and built by offering manufacturing processes and a materials library that is inaccessible to semiconductor manufacturing methods. It promises to unlock MEMS manufacturing for the many device classes frustrated by semiconductor methods and to open up entirely new product classes.

The Matter Compiler™ technology fully realizes the digital manufacturing dream: bits and raw materials go in, and complete, functional micromachines come out. The Atomic Machines team has also created an exciting first device—one that was only made possible by the existence of the Matter Compiler™ technology—that we will be unveiling to the world soon.

Our offices are in Emeryville and Santa Clara, California.

As a Staff Dev Ops Engineer, you will design and own the infrastructure that delivers and operates software on autonomous manufacturing systems. This role spans cloud services, CI/CD, embedded Linux platforms, fleet management, and production observability—ensuring that code moves safely from commit to factory floor and behaves predictably once deployed.

You'll define deployment architecture, release and rollback strategies, and reliability standards for distributed systems that directly control industrial equipment. That includes building tooling for reproducible builds, staged rollouts, remote diagnostics, and rapid failure isolation across nodes running in live production environments. Infrastructure decisions here affect machine behavior, safety boundaries, and production throughput. We're looking for someone who thinks in terms of system integrity and operability—not just pipelines—and who is motivated by making complex, real-world systems reliable at scale.

• Design and operate the infrastructure that runs our manufacturing platform, using infrastructure-as-code to make environments reproducible, auditable, and safe to change.
• Build and evolve CI/CD systems that move software from commit to fleet deployment, including artifact management, staged rollouts, version coordination across services and edge nodes, and fast, reliable rollback paths.
• Enable hardware-in-the-loop and other device-connected testing environments, working directly with hardware and firmware teams to ensure software can be validated against real equipment before it reaches production.
• Define and implement secure-by-default infrastructure patterns, including access controls, secrets management, image hardening, and regular reviews of deployment and runtime configurations.
• Partner with application teams to turn ambiguous requirements and failure modes into concrete deployment architectures, reliability safeguards, and operable production systems.
• Establish observability standards across services and edge systems—metrics, logs, traces, and alerting—so issues are detectable, diagnosable, and learnable rather than mysterious.
• Lead by example: set technical direction through hands-on architecture work, thoughtful tradeoff decisions, and mentorship that raises the bar for how we design, ship, and operate systems.
• Design and maintain internal platform tooling that enables engineers to deploy, test, and operate their systems independently—codifying best practices into paved roads that improve velocity, safety, and consistency across the organization.

• 7+ years of industry experience building and operating complex, distributed systems, with demonstrated ownership of architecture and reliability outcomes.
• Strong systems design experience, including designing software that runs across cloud services, edge nodes, and hardware-constrained environments.
• Deep experience building and operating CI/CD systems and infrastructure-as-code platforms (e.g., Terraform, Cloud Formation, Kubernetes), with a track record of making deployments safer and more predictable over time.
• Practical experience with containerization and orchestration (Docker, Kubernetes, ECS/EKS or similar), and the operational realities that come with running them in production.
• Comfort…