As a Software Engineer specializing in Rust, you will develop production software for semiconductor fabrication equipment, focusing on real-time control, process automation, data acquisition, and diagnostics. This hands-on role involves working closely with hardware to shape chip manufacturing processes.
Develop firmware and real-time Linux applications for semiconductor fabrication tools, working end-to-end from system definition through production deployment. Requires 3+ years embedded C experience and microcontroller peripheral knowledge.
Lead embedded firmware development for semiconductor fab equipment, from microcontroller bring-up through real-time Linux control applications. Requires 8+ years of real-time embedded C experience and close collaboration with hardware teams.
Develop real-time Linux/Rust applications and robotic control algorithms for semiconductor fabrication equipment. Requires pursuing bachelor's in CS/EE/CE, Python/C/C++ proficiency, and robotics experience; portfolio required.
Develops and tests compact RF power systems for semiconductor fabrication tools, including design from architecture to layout, diagnostics, and prototyping solutions. Requires hands-on RF building experience and a portfolio of shipped projects.
Electrical engineering intern prototypes and builds semiconductor fabrication equipment like lithography systems, deposition tools, and motion control in a fast-paced startup. Requires hands-on electrical engineering experience, prototyping portfolio, and pursuing bachelor's in engineering.
Develop real-time Linux applications and microcontroller firmware in Rust to control semiconductor fabrication equipment, and build backend systems for process data analysis. Requires proficiency in Python/C/C++, embedded systems knowledge, and microcontroller experience; pursuing bachelor's or higher.
Designs and owns electrical hardware including PCBAs for chip fabrication machines, from schematic capture through production. Requires end-to-end analog/digital/mixed-signal expertise and hands-on prototyping in a fast-paced environment.
As a Software Engineer specializing in Rust, you will develop production software for semiconductor fabrication equipment, focusing on real-time control, process automation, data acquisition, and diagnostics. This hands-on role involves working closely with hardware to shape chip manufacturing processes.
Develop firmware and real-time Linux applications for semiconductor fabrication tools, working end-to-end from system definition through production deployment. Requires 3+ years embedded C experience and microcontroller peripheral knowledge.
Lead embedded firmware development for semiconductor fab equipment, from microcontroller bring-up through real-time Linux control applications. Requires 8+ years of real-time embedded C experience and close collaboration with hardware teams.
Develop real-time Linux/Rust applications and robotic control algorithms for semiconductor fabrication equipment. Requires pursuing bachelor's in CS/EE/CE, Python/C/C++ proficiency, and robotics experience; portfolio required.
Develops and tests compact RF power systems for semiconductor fabrication tools, including design from architecture to layout, diagnostics, and prototyping solutions. Requires hands-on RF building experience and a portfolio of shipped projects.
Electrical engineering intern prototypes and builds semiconductor fabrication equipment like lithography systems, deposition tools, and motion control in a fast-paced startup. Requires hands-on electrical engineering experience, prototyping portfolio, and pursuing bachelor's in engineering.
Develop real-time Linux applications and microcontroller firmware in Rust to control semiconductor fabrication equipment, and build backend systems for process data analysis. Requires proficiency in Python/C/C++, embedded systems knowledge, and microcontroller experience; pursuing bachelor's or higher.
Designs and owns electrical hardware including PCBAs for chip fabrication machines, from schematic capture through production. Requires end-to-end analog/digital/mixed-signal expertise and hands-on prototyping in a fast-paced environment.