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ASML

Manufactures photolithography systems for semiconductors

Electron Optics Design Engineer

Design EngineeringConfirmed live in the last 24 hours
Full-timeSan Jose, CA, USA$162.8k - $238.7k /yrIn-person

About the Job

Requirements

  • A Master's degree or PhD is acceptable; a PhD may be paired with fewer years of experience.
  • A major in Physics, Optics, Material, Engineering, or Science (including mechanical or semiconductor-related fields) is preferable.
  • Strong understanding of physics and mechanics, with the ability to analyze problems and provide solutions.
  • Hands-on skills and troubleshooting ability.
  • Ability to understand and learn new skills and knowledge.
  • Preferred proficiency in 3D modeling and 2D detailed drawings using SolidWorks and NX.
  • Preferred experience designing parts and assemblies for ultra-high-vacuum environments.
  • Preferred experience designing parts and assemblies for high-voltage environments.
  • Knowledge of materials and material selection, manufacturing, and cleaning processes used to make components for electron-beam inspection systems.
  • Preferred ability to perform structural and thermal finite-element analysis using NX or COMSOL.
  • Preferred experience designing, fabricating, and testing mechanical and electromechanical modules and related system interfaces for capital equipment tools.
  • Desired 2+ years of applicable relevant experience on a semiconductor-equipment mechanical product.
  • Desired experience with product lifecycle management tools, including Siemens TCE.

Responsibilities

  • Design electron-optics modules and subsystems for an e-beam inspection tool according to the product roadmap, from concept design through final release for high-volume manufacturing.
  • Create design documents from system level to module level that demonstrate design specifications, principles, details, and interfaces according to the company's design process.
  • Perform simulations and calculations needed for electron-optics module design, including thermal, vacuum, high-voltage, dynamics, and mechanical finite-element analysis.
  • Lead design reviews, error-budget development, risk assessment and mitigation, experiment design and execution, and verification and validation processes; present and document concepts, designs, and test results.
  • Work with vendors and consultants to develop, analyze, and fabricate components and subassemblies; troubleshoot and solve problems during fabrication.
  • Participate in integration and testing for electron-optics systems and subsystems, troubleshoot issues, and verify designs to ensure high-quality implementation.
  • Transfer designs to manufacturing by providing technical processing documents and supporting the manufacturing team through the transition from design to mass production.
  • Study and develop new technologies and concepts for future electron-optics module innovation.
  • Design experiments to identify or eliminate root causes of critical issues related to the electron source.

Desired Qualifications

  • A major in Physics, Optics, Material, Engineering, or Science (including mechanical or semiconductor-related fields) is preferable.
  • Proficiency in 3D modeling and 2D detailed drawings using SolidWorks and NX is preferred.
  • Experience designing parts and assemblies for ultra-high-vacuum environments is preferred.
  • Experience designing parts and assemblies for high-voltage environments is preferred.
  • Ability to perform structural and thermal finite-element analysis using NX or COMSOL is preferred.
  • Experience designing, fabricating, and testing mechanical and electromechanical modules and related system interfaces for capital equipment tools is preferred.
  • 2+ years of applicable relevant experience on a semiconductor-equipment mechanical product is desired.
  • Experience with product lifecycle management tools, including Siemens TCE, is desired.

About the Company

ASML

Manufactures photolithography systems for semiconductors

ASML makes photolithography systems for semiconductor manufacturing, focusing on deep ultraviolet (DUV) and extreme ultraviolet (EUV) lithography machines that print circuits on silicon wafers. EUV enables finer features than DUV by using shorter-wavelength light. The company earns revenue from selling the machines and from installation, maintenance, and upgrades, and it differentiates itself by its dominant position in high-end lithography and a global services network serving major chipmakers like TSMC, Samsung, and Intel.

Company size
10,001+
Company stage
IPO
Headquarters
Veldhoven, Netherlands
Founded
1984

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