Jobs at ASML

Leads complex technical supply chain transfer programs from planning through stabilization and closure. Responsibilities include project planning, governance, technical qualification, documentation, supplier coordination, capacity alignment, logistics risk mitigation, resource planning, supply continuity, and escalation management. The role collaborates with engineering, quality, sourcing, suppliers, and operational teams to manage product transfers, phase-outs, business continuity, and risk mitigation across a high-tech NPI environment. Occasional supplier travel is required.

Designs and develops electron optics modules and mechanical subsystems for e-beam inspection and metrology tools. Responsibilities include 3D modeling, detailed drawings, simulations, thermal and structural analysis, design reviews, testing, troubleshooting, vendor coordination, manufacturing transfer, and production support. The role also leads verification and validation activities, develops new technologies, and resolves integration issues across electron optic systems.

Manages information security risks for ASML’s R&D organization by conducting risk assessments, architectural reviews, penetration-testing coordination, and control implementation. Ensures compliance with security standards and export-controlled technology regulations, partners with global stakeholders, supports security initiatives and awareness programs, and translates threats into actionable business recommendations. The role is onsite in San Jose with up to 10% domestic or international travel.

Designs, simulates, tests, troubleshoots, and validates electron optics modules and subsystems for e-beam inspection tools. Responsibilities include mechanical, thermal, vacuum, high-voltage, dynamics, and FEM analysis; design reviews; risk assessment; experiments; vendor and manufacturing support; system integration; design transfer to mass production; and development of new electron optics technologies.

Leads a new physics algorithms engineering team developing simulation and modeling technologies for e-beam semiconductor inspection. Responsibilities include team building, technical strategy, production algorithm delivery, roadmap ownership, customer deployment support, and collaboration with computer vision, machine learning, product engineering, and semiconductor manufacturing teams. The role requires expertise in physics-based modeling, computer vision, AI, high-performance computing, and large-scale algorithm development.

Leads end-to-end systems engineering for complex modules and tools, including requirements management, feasibility studies, technical design, interface definition, integration, verification, validation, configuration management, risk management, and delivery planning. Coordinates cross-functional teams and suppliers, resolves technical issues, maintains documentation, and provides technical leadership, coaching, and mentoring while meeting performance, cost, compliance, quality, and schedule objectives.

Designs, simulates, tests, integrates, and releases electron optics modules and subsystems for e-beam inspection and metrology tools. Responsibilities include design documentation, thermal and structural analysis, experiments, verification, validation, troubleshooting, vendor coordination, manufacturing transfer, and new technology development. The role supports component fabrication, system integration, mass production, and resolution of critical electron-source issues.

Leads the architecture, development, and deployment of physics-based modeling and simulation algorithms for e-beam semiconductor inspection systems. Develops SEM image formation, electron-beam interaction, and voltage-contrast technologies; integrates physics-based methods with computer vision and AI; translates physical phenomena into production software; influences technical roadmaps; and mentors junior engineers. Requires a PhD, 8+ years of experience, strong C++/CUDA/Python skills, and semiconductor experience preferred.

Leads board-level analog and mixed-signal circuit design for high-performance signal chains, including high-speed ADC/DAC systems, precision high-voltage circuits, amplification, filtering, feedback, and calibration. Develops behavioral and SPICE models, performs laboratory validation and debugging, resolves signal integrity and EMI/EMC issues, and supports product integration through volume production. Collaborates with cross-functional engineering teams, performs root cause analysis, documents designs and tests, and mentors junior engineers.

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.

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.

Leads end-to-end electrical system architecture across power, signal, safety, EMC, and e-beam control subsystems. Defines architecture, requirements, interfaces, roadmaps, and design standards; resolves cross-subsystem conflicts; manages technical risks; reviews designs; ensures performance, reliability, safety, compliance, cost, and serviceability. Coaches technical teams, aligns stakeholders, supports innovation, and provides architectural direction across product development, industrialization, and field phases.

Leads market strategy, product roadmaps, marketing plans, competitive analysis, product launches, customer engagement, and market penetration for eBeam computing applications and electron beam products in the semiconductor capital equipment industry. Evaluates customer needs, technical requirements, budgets, ROI, and P&L considerations while influencing cross-functional product development and managing product marketing and management teams. Requires up to 25% travel.

Manages strategic suppliers and commodity supply bases for high-tech manufacturing. Leads supplier selection, negotiations, long-term agreements, cost and lead-time reduction, supplier performance measurement, financial health monitoring, audits, and supply-base rationalization. Builds global supplier relationships, coordinates cross-functional stakeholders, develops spending forecasts and cost roadmaps, and drives quality, logistics, technology, cost, and sustainability improvements. The role requires onsite presence and domestic and international travel.

Owns product definition, market strategy, business planning, customer engagement, competitive positioning, and roadmap execution for computational lithography solutions. Develops product requirements, business cases, release priorities, rollout plans, marketing materials, and customer communications while collaborating with engineering, sales, quality, project management, and global operations teams. Evaluates financial performance, manages escalations, and supports customer and market development with up to 20% travel.

Lead design, integration, qualification and testing of complex sub-modules and multi-subsystem ASML systems. Drive requirements, feasibility, detailed design, test development, and cross-team supplier/customer interfaces. Mentor peers, support project planning, ensure product quality and safety, and document technical choices throughout the project lifecycle.

Design, develop, and deliver advanced opto-mechanical modules, ensuring performance and specifications while leading teams and strategies for integration and delivery.

Serve as electrical safety SME across product development and operations: lead safety risk assessments, ensure compliance with electrical safety standards, support lab inspections and incident investigations, integrate safety into NPI and manufacturing, develop training and competence frameworks, and maintain SAF documentation.