Principal Electron Optics Engineer

ASML; San Jose (CA); On-site; USD 80,000 - 130,000; Full time

Job summary

An established industry player is seeking a talented engineer to lead the design of cutting-edge electron optics modules for e-beam inspection tools. This role involves taking designs from concept to high-volume manufacturing, ensuring quality through detailed simulations and validations. You will collaborate with various stakeholders, troubleshoot fabrication issues, and engage in innovative research for future technologies. This is a fantastic opportunity to contribute to advanced manufacturing processes in a dynamic and forward-thinking environment.

Qualifications

• Experience in designing electron optics modules for high-volume manufacturing.
• Proficiency in simulations and calculations for module design.

Responsibilities

• Lead design of electron optics modules from concept to final release.
• Collaborate with vendors to analyze and fabricate components.

Skills

Electron optics design

Thermal analysis

Mechanical FEM analysis

Risk assessment

Collaboration with vendors

Education

Bachelor's degree in Engineering

Master's degree in a relevant field

Job description

Lead the design of electron optics modules and sub-systems of e-beam inspection tools according to system specifications, from concept design to final release for high-volume manufacturing.

Develop detailed design documents from system to module level, demonstrating design specifications, principles, details, and interfaces following ASML's design process.

Perform simulations and calculations necessary for electron optics module design, including thermal, vacuum, high voltage, dynamics, and mechanical FEM analysis.

Lead design reviews, error budget development, risk assessments, and mitigation strategies. Conduct experiments, verification, and validation processes. Present and document evaluations clearly.

Collaborate with vendors and consultants to develop, analyze, and fabricate components and sub-assemblies. Troubleshoot and resolve issues during fabrication.

Participate in integration and testing of electron optic systems/sub-systems, troubleshooting and verifying designs to ensure high-quality implementation.

Transfer designs to manufacturing by providing technical documentation and supporting the manufacturing team during the transition to mass production.

Engage in new technology research and development, exploring innovative concepts for future electron optic modules.