Atomic Semi

You'll lead firmware development for semiconductor processing equipment at Atomic Semi, building the software stack from microcontroller to Linux. You'll be responsible for bringing new tools from concept to production, defining requirements, and debugging across hardware and software boundaries. This role offers the chance to **work on cutting-edge semiconductor fabrication** and **collaborate with industry legends** like Jim Keller.

You'll develop **firmware for real-time control** of semiconductor processing tools, working from board bring-up through production deployment. You'll collaborate with electrical and mechanical engineers on **controls implementation and tool integration**. This end-to-end role spans microcontroller firmware to Linux applications for equipment control and diagnostics.

You'll own the math, algorithms, and simulation backbone of optical metrology tools for a **small semiconductor fab** startup. You'll design experiments, run them on hardware, and characterize sensitivity to push process nodes lower. This is a hands-on role where simulation meets real wafers.

You'll build the **algorithmically rich software** that brings our semiconductor fabrication tools to life, tackling sub-micron positioning and tight real-time constraints. You'll fuse multi-sensor data, optimize trajectories, and build computer vision pipelines, owning the full stack from firmware to high-level planners. This role offers broad control over system design in a fast-paced startup environment.

You'll build **production Rust software for semiconductor fabrication equipment** at a small, fast fab. Your work will integrate real-time Linux applications, finite state machines, and telemetry to **directly shape how chips get made**. This hands-on role combines software engineering with close collaboration across hardware and process teams.

You'll assemble semiconductor equipment from work instructions and CAD models, working with engineers to refine designs and support tool bring-up. You'll perform mechanical and electrical assembly, **soldering**, and **testing** to build components for our in-house fab. This role offers a hands-on opportunity at an early-stage hardware startup with world-class advisors.

You'll join a small team building novel semiconductor fab equipment from scratch, owning the stack from atoms to architecture. You'll ensure maximum uptime and reliability for a diverse array of evolving tools. This role offers the chance to work closely with industry leaders and invent new solutions.

You'll **keep office, lab, and production spaces running smoothly** in a fast-moving semiconductor startup. You'll handle **maintenance, repairs, equipment setup, and vendor coordination** across all areas. This role is hands-on for someone who loves fixing things and solving problems on the spot.

You'll design, build, and manage the on-prem backend infrastructure for a **small, fast semiconductor fab**. Your work will empower the engineering team to **rapidly and reliably operate the fab**. This role offers the chance to own **bare-metal systems from the ground up** with minimal abstraction.

You'll work on an integrated engineering team building semiconductor fabrication equipment, bringing up high-performance tools with tight requirements in areas like **structures**, **optics**, and **heat transfer**. You'll be exposed to interesting engineering problems and get things built and tested in days or weeks.

You'll design and build **semiconductor fabrication equipment** for a **small, fast fab startup**. You will own the end-to-end process of prototyping complex electromechanical systems **in days or weeks**. You'll work on cutting-edge technology alongside industry veterans.

You'll lead backend architecture and data models for a fab software product that orchestrates semiconductor manufacturing. Your systems will enable process engineers to control and monitor real-time hardware operations. You'll work with **Go, Rust, and gRPC** to build **high-performance APIs** and **integrate with physical hardware**.

You'll design and execute experiments for **novel semiconductor fabrication methods** at a **fast-moving startup** rebuilding chip manufacturing from the ground up. You'll own R&D processes and influence tool design with **high autonomy**.

You'll build full-stack applications, tools, and infrastructure for a **software-defined semiconductor fab**, working on control of fabrication equipment and data analysis. You'll rapidly develop and test complex features from scratch, learning new domains quickly.

You'll lead full-cycle recruiting for **highly technical engineering roles** in a small, fast semiconductor fab startup. You'll partner with hiring managers to **scale a maker culture** and shape the company's growth. This role offers **significant ownership** and a path to leadership.

You'll design, iterate on, and build specialized equipment for **semiconductor fabrication** at a fast-moving startup. You'll own the end-to-end process, moving from concept to prototype in days or weeks. This role offers the chance to work on **cutting-edge hardware** alongside world-class engineers.

You'll design and build semiconductor fabrication equipment at a small, fast startup rebuilding the chip fab process. You'll own mission-critical work from prototype to production, collaborating with interdisciplinary teams. It's a hands-on role where you'll move from concept to build in days or weeks.

You'll work with a small team building **semiconductor fabrication equipment** from scratch, including lithography, deposition, and vacuum systems. You'll prototype and deliver finished solutions that will **revolutionize IC manufacturing**. The role involves **building and testing systems in days or weeks**, not months.

You'll own the electrical hardware for our chip fabrication machines end-to-end, from clean-sheet design through production. You'll work on **high-voltage low-noise boost converters**, **motor drivers**, and **attofarad sensors** to revolutionize IC manufacturing. Collaborate cross-functionally with software, mechanical, and process teams in a fast-paced startup environment.

You'll generate and prototype robotics components and systems for **automating semiconductor packaging** at a small, fast semiconductor fab. You'll own the end-to-end process from design to bring-up, moving through design cycles in days or weeks. This role offers a chance to work with a world-class team and build cutting-edge fabrication equipment.

You'll develop real-time applications in **Linux and Rust** for controlling semiconductor fabrication equipment. You'll design algorithms and simulations for **robotic control systems**. This internship offers significant autonomy on **mission-critical projects**.

You'll join a small team building a semiconductor fab from atoms to architecture, owning the full stack. You'll work on mechanical, electrical, software, or nanofabrication systems. **We build our own tools** and move fast, so you'll have **direct impact on a groundbreaking product**.

You'll design and test **RF power systems** for custom semiconductor fabrication tools at an early-stage startup. You'll prototype and deliver **compact RF systems** that directly impact chip manufacturing. Work alongside industry legends **Sam Zeloof and Jim Keller**.

You'll join a small, fast semiconductor fab to bridge process development and electrical test. Your work will focus on **characterizing semiconductor devices** and **designing test automation infrastructure**. This role offers high ownership and cross-disciplinary collaboration in a startup environment.

You'll build **high-performance tools for chip fabrication** at Atomic Semi, a small team owning the stack from atoms to architecture. You'll work across low-level systems, GPU-accelerated visualization, and real-time collaboration to help engineers design physical systems. This role offers deep learning in performance engineering and building complex features from scratch.

You'll build the central web app that runs our semiconductor fab, connecting software, hardware, and humans. You'll own major features end-to-end, from backend architecture to frontend UI. You'll **iterate rapidly** with internal users to create **highly responsive, intuitive interfaces** for **real-time hardware control**.

You'll design and test semiconductor packaging tools and processes for a **fast-moving fab startup**. You'll engage in **hands-on prototyping** and experiment cycles that run in days, not months. This role offers **direct mentorship from industry legends** Sam Zeloof and Jim Keller.

You'll experiment with new semiconductor fabrication methods in a small, fast-moving startup. You'll own the stack from atoms to architecture and influence tool design. This role offers high autonomy and a chance to contribute to novel **R&D processes** while working with **world-class advisors**.

You'll be the critical interface between every team at Atomic Semi, owning end-to-end **characterization of tools** and diagnosing complex failures. You'll build **software testing programs from scratch** and work across multiple engineering disciplines in a fast-paced semiconductor startup.

You'll **build and manage on-prem backend infrastructure** for a small, fast semiconductor fab. You'll design infrastructure-as-code tooling and ensure high availability across production workloads. This role offers hands-on experience with bare-metal Linux, Rust, and Go in a fast-paced environment.

You'll oversee day-to-day lab operations for a semiconductor fab startup, ensuring safe and efficient fabrication spaces. You'll manage **permitting and compliance** while supporting **rapid experimentation** alongside process and mechanical engineers. This is a high-impact role at the intersection of operations and engineering in a fast-paced startup.

You'll design and build precision mechanical systems for semiconductor fabrication equipment at Atomic Semi. You'll rapidly prototype and iterate on motion stages, metrology frames, and inspection tooling targeting **nanometer** performance. You'll own the mechanical stack from concept to build in days, not months, working alongside **world-class advisors** Jim Keller and Sam Zeloof.

You'll lead **novel patterning approaches** in a highly autonomous R&D role. Drive **end-to-end development** of advanced lithography hardware. Integrate your work with **existing nanofabrication processes**.

You'll build the security, IT, and governance foundations for a fast-moving semiconductor startup. You'll own **change management** and **identity access** across multiple locations, ensuring sensitive data is protected without slowing engineering. This is a greenfield opportunity to shape the operational backbone of a highly technical team.

You'll keep our semiconductor fab lab running smoothly by handling essential day-to-day tasks. You'll **manage chemical inventory** and **support process engineers** with hands-on tasks. This role sits at the heart of our in-house device development, unlike any traditional foundry position.