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Leads critical-path planning and integration of hardware and software deliverables for EUV source research test rigs. Owns schedules, release strategies, risks, issue resolution, testing readiness, resource coordination, stakeholder alignment, and reporting. Coordinates test engineering teams, distinguishes integration risks from research issues, and drives corrective actions and continuous improvements across engineering, manufacturing, operations, facilities, and safety stakeholders.

Install, relocate, upgrade, qualify, and troubleshoot advanced lithography systems in cleanroom environments. Perform mechanical/electromechanical assembly, diagnostics, system optimization, documentation, and customer collaboration while supporting continuous improvement and mentoring.

The job description provides no role-specific responsibilities or qualifications. It states an annual salary range of $109,200–$150,150, benefits, an application deadline, and a requirement for legal authorization to access controlled technology under U.S. export regulations.

Supports production of DUV reticle stages through continuous improvement, manufacturing procedure development, tooling and test design, work instructions, troubleshooting electro-mechanical systems, failed-part disposition, and supplier failure-analysis review. The role collaborates with production engineers, technicians, design and engineering teams to introduce products, improve quality, reduce lead times, and support manufacturing processes. Work may involve exposure to strong magnetic fields, high voltage, and high currents.

Supports manufacturing of wafer stage chucks through product industrialization, process improvement, tooling and test-plan development, technical documentation, troubleshooting, failed-part disposition, supplier failure-analysis review, and metrology analysis. The role requires collaboration with design and engineering teams, production engineers, and technicians, including clean-room work and potential exposure to strong magnetic fields, high voltage, and high currents.

Senior Mechatronics Engineer serving as the EUV HPP WH Function Owner. The provided description contains no further details about responsibilities, qualifications, skills, education, travel, or clearance requirements.

Leads systems software architecture, roadmap development, and technical execution for complex hardware-software products. Designs modular solutions, derives requirements, integrates hardware and software, improves code quality and development efficiency, and supports continuous integration, testing, troubleshooting, and legacy modernization. Coaches junior architects and collaborates with multidisciplinary teams on manufacturability, serviceability, and testability.

Coordinates supply chain activities across the product lifecycle, including new product introductions, engineering changes, phase-outs, material flow, ramp-up, logistics planning, and supply availability. Evaluates supply chain impacts, manages bottlenecks and risks, and collaborates with procurement, engineering, factories, suppliers, and service logistics to meet time-to-market, customer service, quality, cost, and inventory objectives.

Leads software architecture and development for ASML machine applications, owning complex modules from design through integration, deployment, testing, and maintenance. Provides technical direction to 6–10 engineers through code reviews, architecture reviews, mentoring, and technical planning. Develops C#/.NET applications using WPF, XAML, and MVVM, while driving quality, performance, reliability, automated testing, CI/CD, dependency management, and cross-team architectural alignment.

Develop and maintain C# software for YieldStar optical metrology systems integrated with fab-wide MES environments. Responsibilities include impact analysis, requirements alignment, software design, implementation, integration, testing, unit-test creation, documentation, and continuous quality and performance improvement. The role requires collaboration in a complex environment involving physics, optomechanics, nanometer-level measurements, and controlled technology access.