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Develops make-buy and make-where strategies for new products and technologies, supporting executive decisions on ASML’s industrial policy. Builds sourcing strategies and supplier landscapes for glass, ceramics, optical, and mechatronic components. Coordinates with Technology, Operations, Finance, Legal, and category managers to involve suppliers early, balance long-term capabilities with market needs, prevent strategic lock-in, and identify new suppliers.

Develop and maintain embedded software controlling semiconductor lithography systems. Responsibilities include software architecture and design, C/C++ and Python development, unit and on-target testing, technical issue analysis, customer and stakeholder collaboration, and verification of system stability, interoperability, portability, security, and scalability. The role also supports Agile development and continuous process improvement in an onsite cleanroom and laboratory environment.

Lead software architecture and technical direction for embedded systems controlling semiconductor lithography machines. Develop modular, scalable software using C, C++, and Python; assess feasibility, dependencies, risks, and system integration; ensure code, requirements, documentation, testing, security, and architectural quality. Support Agile development and CI/CD, investigate customer issues, gather stakeholder requirements, improve processes, and identify team training needs. The role is primarily on-site in Wilton, Connecticut, with occasional cleanroom and laboratory work.

Provides high-level administrative and operational support to the CEO and executive leadership team. Responsibilities include complex calendar and travel management, leadership meeting coordination, executive communications, board and review preparation, stakeholder engagement, expense reporting, action-item tracking, and cross-functional coordination across global offices. The role requires discretion, strong organization, advanced Microsoft 365 skills, and the ability to anticipate executive needs while improving administrative processes and operating rhythms.

Leads software application engineering for ASML’s BRION lithography products, including customer integration, installation, product tuning, troubleshooting, and on-product performance optimization. Partners with engineering, customer support, and marketing teams to address customer node requirements and product roadmaps. Trains and leads software application engineers, supports customer business development, and helps integrate solutions into semiconductor manufacturing environments.

Designs, develops, integrates, and tests high-precision mechanical modules and tools for semiconductor lithography systems. Responsibilities include requirements management, feasibility studies, engineering analysis, CAD design, verification and validation, technical documentation, supplier collaboration, configuration management, risk mitigation, and project execution. The role is onsite in a cleanroom and laboratory environment, with potential exposure to lasers, chemicals, magnetic fields, and high voltage. Travel may be required up to 10%.

Designs, develops, integrates, and tests high-precision mechanical modules and tools for semiconductor lithography systems. Responsibilities include requirements management, engineering analysis, concept development, CAD design, prototyping, verification and validation, technical documentation, supplier coordination, risk management, and project execution. The engineer leads technically complex solutions, collaborates with multidisciplinary teams, supports manufacturing and integration, and works onsite in cleanroom and laboratory environments.

Designs, develops, integrates, and tests high-precision mechanical modules and tools for semiconductor lithography systems. Responsibilities include requirements management, feasibility studies, engineering analysis, CAD design, technical documentation, supplier collaboration, system integration, verification and validation, risk management, and project execution. The role is onsite in a cleanroom and laboratory environment, involving lasers, chemicals, high voltage, and strong magnetic fields, with travel up to 10%.

Leads test and measurement strategy, test setup realization, execution, data quality, and advanced analysis for complex hardware at the part level. Translates failure risks into test methods and equipment needs, drives process improvements, supports reliability and qualification activities, and mentors junior engineers. The role requires multidisciplinary engineering expertise, strong troubleshooting and communication skills, and collaboration with system architects and internal customers in a high-tech development environment.

Provides advanced technical support for Cymer DUV laser products, diagnosing and repairing field issues, supporting new product introductions, developing troubleshooting procedures and diagnostic tools, training field engineers, and addressing reliability and design problems. Collaborates with engineering, field service, and customer teams while administering field tool development and continuous improvement projects. Requires approximately 20% travel and rotational weekend on-call coverage.