Rust Systems Engineer for Real-Time Semiconductor Tools

Fab2; San Francisco (CA); On-site; USD 105,000 - 170,000; Full time

Benefits offered by this job

Medical, Dental, and Vision insurance

Visa Sponsorship

Paid Time Off

Job summary

fab2 is seeking exceptional, hands-on engineers to build production Rust software for semiconductor fabrication equipment, operating close to hardware and coordinating with microcontroller interfaces for calibration and control.

You will design real-time Linux applications, data acquisition, telemetry, and metrology software, including computer vision and gRPC APIs, while building graphical interfaces for operators and diagnostics.

Qualifications

• BS in Computer Science, Computer Engineering, or equivalent practical experience.
• Strong proficiency in Rust for systems-level Linux applications.
• Hands-on Python experience in data analysis, computer vision, diagnostics, or scientific computing.
• Track record shipping Linux applications such as daemons, services, IPC, and real-time systems.
• Solid OS fundamentals, including memory management, performance, and concurrency.

Responsibilities

• Design and implement real-time Linux applications for equipment control and process automation
• Design and implement finite state machines for tool operation
• Develop data acquisition, telemetry, and metrology software, including computer vision and image processing
• Implement gRPC services and Protocol Buffer APIs
• Build graphical interfaces for operations, diagnostics, and data visualization
• Own major features end-to-end alongside hardware and process engineering partners

Skills

Rust programming

Python

Linux systems programming

gRPC / Protocol Buffers

Computer vision basics

Telemetry & data acquisition

Education

BS in Computer Science / Computer Engineering

Tools

Yocto / Buildroot

IPC/Daemons

Real-time Linux

Job description

fab2 is seeking exceptional, hands-on engineers to build production Rust software for semiconductor fabrication equipment, operating close to hardware and coordinating with microcontroller interfaces for calibration and control.

You will design real-time Linux applications, data acquisition, telemetry, and metrology software, including computer vision and gRPC APIs, while building graphical interfaces for operators and diagnostics.