Jobs at Fab2

Seeking hands-on engineers across mechanical, electrical, software, and nanofabrication to design and build full-stack chip-making hardware and software, iterate quickly, and develop fabs, tools, and components in a San Francisco lab.

Design and build high-performance backend systems and APIs to connect web applications with fab hardware. Lead architecture, data modeling, reliability, observability, and real-time integration for mission-critical manufacturing systems.

Hands-on electrical engineering intern will design, prototype, and build semiconductor fabrication equipment. Duties include circuit design, electromechanical assembly, simulations, mechanical drawings, vendor sourcing, and productionizing prototypes. A portfolio of shipped or personal projects is required.

Design, prototype, and build semiconductor fabrication equipment and subsystems. Lead system integration, testing, and cross-team coordination. Develop electrical designs and PCBs, execute mechanical CAD and fabrication, rapidly prototype and test, source components, and write light software/firmware. Portfolio required.

Design, prototype, and build robotic automation and electromechanical systems for semiconductor packaging. Create mechanical assemblies, integrate microcontrollers/PLCs, sensors, actuators, and firmware, validate control systems, source components, and collaborate cross-functionally. Applicants must provide a portfolio of hands-on projects.

Lead and own end-to-end accounting for a hardware-intensive startup. Build close processes, inventory/WIP and cost accounting, controls, ERP/MES/PLM integrations, audit readiness, and hire/manage an accounting team while partnering cross-functionally.

Design, build, deploy, and operate on-prem backend infrastructure for a small semiconductor fab. Manage bare-metal Linux servers, build IaC tooling, implement monitoring/alerting and secret management, automate operational tasks, and debug production issues while collaborating with engineering teams. Portfolio (e.g., GitHub) required.

Fall internship building real-time control software for semiconductor fabrication equipment. You'll develop Linux-based real-time applications, design algorithms and simulations for robotic control, and work on motor controllers, path planning, and trajectory control. Requires a portfolio, pursuit of a CS/EE/CE degree, proficiency in Python/C/C++, and robotics software experience. Preferred: feedback control, computer vision, Rust.

Design, build, deploy, and operate on-prem, bare-metal backend infrastructure for a semiconductor fab. Own servers, networking, observability, backups, OS image automation, secrets management, and infrastructure-as-code to deliver reliable, high-performance systems that support fab operations.

Design, prototype, and build nanometer-scale mechanical systems for semiconductor fabrication. Lead system integration, tolerance and error budgeting, select precision components, and rapidly iterate designs through hands-on prototyping and metrology.

Fall software engineering internship building full‑stack apps, tools, and infrastructure for a software-defined semiconductor fab. Work includes control and sequencing of fab equipment, data analysis, and creating data-driven frontend/backend systems. Portfolio (e.g., GitHub) required; preferred 4–8 month commitment starting in September.

Work full‑stack in Rust (native and WebAssembly) on a browser‑based, real‑time chip design platform. Implement low‑latency editing tools, collaborative sync engines, high‑performance GPU rendering, streaming simulation UI, and related systems from design through shipping.

Hands-on mechanical engineering intern to design, prototype, and build semiconductor fabrication equipment. Produce mechanical drawings, run analyses and simulations, and drive prototypes into production with manufacturing and supply chain teams. Portfolio required; work spans structures, optics, robotics, heat transfer, and materials.

Develop production Rust systems for semiconductor fabrication tools, building real-time Linux applications, finite state machines, data acquisition, telemetry, computer vision, gRPC/protobuf services, and operator GUIs. Integrate with microcontroller-based systems and own features end-to-end with hardware and process engineering partners.