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ASML

Manufactures photolithography systems for semiconductors

Vacuum Systems Engineer

Thermal & Fluids EngineeringUpdated on Nov 11
Full-timeWilton, CT, USA$104.8k - $190.8k /yrIn-person

About the Job

Requirements

  • A bachelor's degree in a relevant technical field and 5 or more years of thorough experience are required; a master's degree or PhD is preferred depending on role scope, technical depth, and business need. Education above a bachelor's degree may compensate for years of experience.
  • Ability to specify vacuum systems, gas flows, pump-down and vent procedures, and architecture requirements for scanner and test-rig environments.
  • Knowledge of molecular and particle cleanliness, surface particulate behavior, vacuum-grade cleanliness, materials compatibility, desorption issues, and contamination troubleshooting.
  • Ability to plan and execute tests and design of experiments, analyze measurement results, perform pressure-drop and flow budgeting, and use evidence to make practical recommendations.
  • Ability to document standards, procedures, requirements, test evidence, and component specifications in Technical Product Documentation and present findings to varied technical audiences.
  • Strong technical writing and communication skills.
  • Ability to translate technical goals into priorities and deliver outcomes with quality and ownership.
  • Ability to work across disciplines, suppliers, and stakeholders to align expectations, resolve issues, and transfer knowledge between company units.
  • Ability to seek and apply feedback, adapt approaches, and improve collaboration in complex or ambiguous environments.
  • Ability to establish clear goals, roles, accountability, and ways of working while coaching others as applicable.
  • Ability to connect technical direction to business priorities and help teams stay focused through ambiguity and change.
  • Ability to handle multiple projects and tasks concurrently with minimal guidance.
  • Must follow environmental, health, and safety policies and proactively identify, communicate, and mitigate safety risks.
  • Must be legally authorized to access controlled technology before beginning work.

Responsibilities

  • Model and design gas flow from atmosphere to deep vacuum, select appropriate materials, and design cleanliness processes to support vacuum-grade performance in scanner and test-rig environments.
  • Lead technically complex vacuum and gas-flow work packages, support hardware projects and lead designers, own defined architecture or subsystem deliverables, and drive cross-functional alignment with architects, projects, competences, customer support, and research partners.
  • Work with machine-conditioning engineers, Defectivity MDU architects, and leadership to specify vacuum systems and gas flows in scanners and test rigs.
  • Partner with hardware project teams and lead designers to ensure vacuum and gas-flow requirements are integrated throughout the product development lifecycle.
  • Lead the onsite engineering guild for machine-conditioning architecture and vacuum systems competence.
  • Translate overall system design into gas-flow and vacuum architecture that meets system requirements.
  • Specify vacuum-system components, standards, and procedures and ensure they are recorded in Technical Product Documentation.
  • Define, model, and execute qualification tests to verify architecture or subsystem functions and performance and design requirements.
  • Support resolution of particle-contamination issues through analysis and specification of flushing and venting procedures.
  • Specify pump-down and vent procedures that ensure common flow performance.
  • Participate in design reviews for test rigs and support functional integration of architectures or subsystems.
  • Execute design of experiments for degassing chambers and components at product and process levels.
  • Provide surface-particulate and vacuum-grade cleanliness support, troubleshoot escalations hands-on, and contribute practical recommendations from analysis.
  • Transfer vacuum-systems knowledge between company units and interact with delivery teams, functions, competences, customer support, and research.
  • Perform analyses and calculations to predict flow-architecture or subsystem functionality, including pressure-drop budgeting, flow budgeting, humidification, and gas purity.
  • Take direction from system architects and principal engineering mentors leading critical large-capital-equipment development efforts.

Desired Qualifications

  • Experience with particle transport in flows, rarefied gas flow, plasma physics, electrostatics, surface science, residual gas analysis or other vacuum measurement techniques, and calculations or simulations for gas-flow and particle transport.
  • Experience using modeling or simulation tools to predict gas flow, vacuum performance, contamination transport, or thermal-fluid behavior.

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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