Jobs at Atomic Machines

Architect and implement software infrastructure that coordinates precision manufacturing equipment, robotics, embedded controllers, and cloud services. Define interfaces, develop APIs and distributed services, build automated testing, simulation, and CI/CD pipelines, perform system integration and validation, drive performance and reliability improvements, and lead cross-boundary debugging, FMEA, and root-cause analysis.

Design and build custom electronics for automated manufacturing systems, integrate third-party electronics, and support engineering fixtures while collaborating with multidisciplinary teams.

The Quality Manager will establish quality processes, implement QMS, lead a team, ensure compliance, and drive continuous improvement across manufacturing and product performance at Atomic Machines.

The Accountant will manage month-end close, prepare financial statements, and collaborate with multiple teams to optimize financial processes.

The Sr. Director of Manufacturing Engineering leads manufacturing functions, optimizing processes and equipment while driving innovation, safety, and efficiency in high-precision production environments.

The role involves building an AI-native People Operations system, designing workflows and agents, and implementing HR architecture while collaborating with leadership.

Full-cycle technical recruiter partnering with hiring managers to define roles, source and engage passive candidates, manage candidate relationships and pipeline, deliver exceptional candidate experiences, and close high-impact hires for an early-stage micromanufacturing company.

Execute targeted sourcing strategies for highly technical roles (software, hardware, robotics, manufacturing). Build top-of-funnel pipelines using LinkedIn Recruiter and other tools, write high-response outreach, screen candidates, maintain talent maps and search strings, track sourcing metrics, and partner with recruiters and hiring managers. Hybrid onsite 2-3 days/week.

The PLM/CAD Administrator will capture engineering concepts into documentation, support CAD administration and users, and create work instructions and templates, ensuring quality and accuracy in design releases.

Lead the architecture and development of system-level software for robotic manufacturing. Manage a team ensuring stable operations and integration with hardware subsystems.

Manage the full-cycle recruiting for the AIMS team at Atomic Machines, focusing on AI and technical engineering positions, by developing sourcing strategies, liaising with hiring managers, and enhancing candidate experience.

The Staff Safety Engineer will lead machine safety and operational safety programs, embed safety in design, conduct risk assessments, and ensure compliance with safety standards.

The IT Operations Engineer will manage SaaS applications, provide IT support, improve processes, support hardware/software lifecycle, and maintain security for network and infrastructure.

The Manufacturing Engineer will optimize manufacturing processes, enhance equipment performance, support complex engineering projects, and ensure quality and efficiency in production operations.

Design, build, and integrate custom electronics and control systems for automated micromanufacturing nodes. Perform schematic/layout, prototype cabling, bring-up firmware, debugging, vendor interactions, and create reusable component/module libraries while working closely with embedded, software, and mechanical teams.

Design and build distributed software systems for the Matter Compiler, coordinating with hardware and software at multiple levels and ensuring real-time constraints are met.

As a Machinist, you will manufacture parts using CNC equipment, develop processes, inspect quality, and collaborate with engineers in a machine shop environment.

Lead the development and scaling of Nodes on the Matter Compiler technology platform, managing cross-functional teams and maintaining integrated execution plans to ensure project success.

As a Systems Engineer, collaborate with teams to develop manufacturing hardware and connect software to hardware, defining system requirements and validating behavior.

Develop CAD automation pipelines and collaborate with teams to optimize designs for micromachines, ensuring manufacturability and functionality.