Job Description: Electron Optics Devices Software Engineer

We are looking for a highly talented Electron Optics Devices Software Engineer to join our unique product team and help build the next-generation applications that control and manage our cutting-edge platform.

What’s in it for you?

You’ll work on advanced device control software that directly interfaces with real hardware, playing a key role in shaping the performance and reliability of our next-generation technology. This is a hands-on role where your contributions will impact the development of world-class semiconductor inspection tools.

Our Group

We are part of the Next Generation Technology team, responsible for developing innovative solutions that integrate hardware, FPGA, and system design into a seamless, high-performance product. Our work combines software engineering with deep hardware interaction to deliver precision and speed at scale.

What you'll be doing

• Develop and maintain device drivers and platform flows
• Integrate and test software with real hardware components
• Collaborate closely with HW electronics, FPGA, and system design teams to ensure seamless device operation
• Implement and optimize device control logic for high-performance systems

What you should have

• Strong experience in Java (Python is an advantage).
• Previous experience with hardware device control and driver development
• Familiarity with electronic control boards, and board-level integration
• Experience with GitHub Copilot or equivalent.
• Hands-on approach to integration and testing with real hardware

Who we are

Applied Materials Israel is home to the Process Diagnostics and Control (PDC) business unit. Based in Rehovot, we develop, manufacture, and market cutting-edge machine learning and computer vision-based metrology and inspection products that are essential elements in wafer fabrication. By playing a significant role in enabling the production of the next generation of microchips, our expertise enables our customers to transform possibilities into reality.