Applied Materials Digital Electronics Manager 

Israel, Center District, Rishon LeZion 

666469094

in it for you?

• Shape the architecture and design of complex electronic boards, including high-speed interfaces, precision controllers, and specialized mixed-signal circuits.

• Influence technology roadmaps and ensure alignment with system-level requirements.

• Collaborate with multidisciplinary teams across hardware, FPGA, software, algorithms, and system engineering.

• Grow into senior leadership roles while mentoring engineers and fostering technical excellence.

Our Group

The Digital Electronics Groupis responsible for:

• Designing and implementing high-speed mixed-signal boards.

• Developing precision controllers and synchronization systems.

• Creating specialized boards for advanced semiconductor inspection tools. Our work enables real-time data acquisition and control, integrating seamlessly with FPGA, software, and algorithmic components.

be doing

• Lead and manage a team of board design engineers focused on mixed-signal and high-speed electronics.

• Define architecture and design strategies for complex boards, ensuring signal integrity and compliance with performance requirements.

• Oversee project execution from concept through production, ensuring quality andtimelydelivery.

• Collaborate closely with FPGA engineers to ensure seamless integration between boards and programmable logic.

• Work with cross-functional teams (SW, Algo, System, Mechanical) to deliver integrated solutions.

• Drive innovation by evaluatingemergingtechnologies and incorporating them into product roadmaps.

• Mentor team members, foster technical excellence, and build a culture of collaboration and continuous improvement.

What you should have

• At least 8 years in board design development, including 3+ years in a proven leadership experience managing board design teams.

• B.Sc./M.Sc. in Electrical Engineering or Computer Engineering.

• Deep technicalexpertisein mixed-signal and high-speed board design, including controllers and special-purpose boards.

• Strong understanding of signal integrity, power integrity, and PCB design for high-speed systems.

• Familiarity with design tools (e.g., Cadence, Mentor, Altium) and simulation environments.

• Knowledge of FPGA interfaces and hardware/software co-design principles.

• Excellent communication and decision-making skills.