Jobs at Atomic Semi

As an Infrastructure Software Engineering Intern, you'll design, build, deploy, and manage backend infrastructure for a semiconductor fab, enhancing performance and reliability.

The Hardware Test Engineer will interface with multiple teams, develop test plans, and diagnose complex system errors, improving tool design across the company.

As a Robotics Software Engineer, you will develop software for semiconductor fabrication tools, tackling challenges like sensor fusion and motion control while bridging software and hardware domains.

As a Process Development Engineer, you will design experiments for semiconductor fabrication, optimize recipes, and troubleshoot tools in a fast-paced startup environment.

As a Backend/Infrastructure Engineer, you'll develop core backend systems, manage APIs, and integrate with hardware while ensuring system reliability and performance.

The role involves building systems to analyze fab data, optimize manufacturing processes, and develop tools for statistical process control, integrating models into workflows.

As a Technical Recruiter, you will manage full-cycle recruiting for technical and G&A positions, partner with hiring managers, and enhance candidate experiences while supporting university recruiting initiatives.

The role involves building a central web app for a semiconductor fab, focusing on user-facing features, monitoring, control, and workflows across frontend and backend.

Lead the development of advanced patterning hardware in an R&D environment, focusing on optical design and nanofabrication for semiconductor applications.

As a Mechanical Engineer - Automation, you will design and prototype robotics components, integrate automation in systems, and collaborate on improving autonomous technology.

Design and build semiconductor fabrication equipment, iterate on mechanical designs, integrate components, and collaborate on process improvements.

Atomic Semi seeks hands-on engineers for a fast-paced semiconductor fabrication startup, covering mechanical, electrical, and software engineering roles.

The Semiconductor Test Development Engineer will design probe cards and test structures, automate testing, and analyze data to improve CMOS processes.

The Mechatronics Engineer will design, prototype, and build semiconductor fabrication equipment, integrating mechanical and electrical systems, and rapidly testing prototypes.

Design, build, deploy, and manage on-prem backend infrastructure and services for a small semiconductor fab. Manage bare-metal Linux servers, networking, observability, backups, and automation. Deploy and operate services like consul, vault, grafana, and postgres; build high-frequency telemetry ingestion, OS image automation, and security/secret management. Contribute to an in-house infra-as-code tool and collaborate across hardware and software teams.

The Mechanical Engineer will design, prototype, and build precision mechanical systems for semiconductor fabrication, ensuring accuracy and rapid prototyping.

The Process Engineering Intern will design and run experiments, develop process recipes, troubleshoot issues, and learn semiconductor fabrication methods, contributing to R&D.

The Software Engineering Intern will develop full-stack applications for semiconductor fabrication, focusing on control systems and data analysis, while working closely with a hands-on engineering team.

As a Rust Software Engineering Intern, you will develop high-performance tools for chip fabrication, focusing on real-time systems, GPU rendering, and collaborative software solutions.

The intern will develop real-time Linux applications and firmware for semiconductor equipment, requiring proficiency in programming and embedded systems.