Jobs at ASML

Lead and manage complex, cross-functional technical projects or sub-projects, coordinate multiple stakeholders and departments, influence stakeholders, handle supplier interactions, and ensure timely delivery. Must be eligible to access export‑controlled technology before starting.

As a Production Engineer in Optics at ASML, you will troubleshoot optical modules, support production, analyze system issues, and collaborate across engineering disciplines to ensure stable output and enhance optical diagnostics.

Lead a manufacturing group for EUV Clamps, ensuring the successful transfer of components to production, managing team operations, and driving quality improvements.

This role involves leading teams for performance management and cost optimization, overseeing ERP systems, driving digital transformation, and ensuring collaboration with stakeholders for effective project governance.

The EUV Power Technical Support Engineer ensures optimal EUV performance in semiconductor manufacturing, troubleshooting complex power-related issues and implementing preventive maintenance to enhance system reliability and uptime.

Lead regional product management by collaborating with sales and product teams to execute strategies for new product adoption, focusing on customer engagement and project success.

The EUV Customer Technology Manager at ASML manages customer technology roadmaps, develops lithography solutions, and drives customer engagement for EUV products, collaborating with internal teams for successful business delivery.

Lead a team of Customer Quality Managers to enhance quality in the China region, drive customer satisfaction, and manage quality processes and customer interfaces.

The MFG Project Leader will manage the industrialization of HMI eBeam products, train factory teams, and ensure product design improvements for production efficiency.

The role oversees U.S. Accounts Receivable and collections, ensuring effective cash flow, compliance with regulations, and process improvements. It involves leadership, stakeholder collaboration, and performance monitoring for AR functions.

The Production Engineer specializes in troubleshooting electrical system issues, conducting PCB diagnostics, and collaborating with engineers to resolve failures in semiconductor equipment.

The Application Engineer will support customer service, new product development, and integration, while providing training and knowledge sharing within the team.

This role involves customer support, problem-solving, new product development, data analysis, and operational tasks under supervision, aimed at ensuring service quality and operational excellence.

The role involves developing, optimizing, and sustaining optical coating processes, ensuring performance stability and continuous improvement in high-tech manufacturing settings. Responsibilities include troubleshooting, documentation, project management, and collaboration across teams.

Lead the Node Transition Project by managing execution, aligning with customer needs, and validating technical performance to ensure the adoption of ASML's innovations in the semiconductor industry.

The Chief of Staff will enhance the maturity of the SD Source Research organization by developing processes, executing strategic activities, managing budgets, and collaborating with cross-functional teams.

The General Install Coordinator manages material readiness for installations and upgrades, ensuring timely availability, compliance, and communication with team members and other sectors.

The Quality Engineer will focus on improving manufacturing processes and quality management, leading initiatives for compliance with quality standards, and enhancing customer satisfaction through defect reduction and process control.

The role involves driving product performance improvements through data management, issue resolution, solution deployment, and stakeholder communication for the semiconductor industry.

The role involves creating and executing production plans, managing resources, and ensuring timely delivery of materials and goods while addressing risks and bottlenecks in production.