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Supports customer support, sustaining, NPI, and customer projects involving semiconductor lithography and process development. Performs diagnostics, data analysis, root-cause investigations, solution definition, integration planning, product rollouts, customer demonstrations, training, and knowledge sharing. Collaborates with project leaders and cross-functional teams, mentors new hires, improves operational processes, and evaluates products based on customer feedback.

Leads physical security innovation portfolio management, governance, business cases, investment proposals, capability roadmaps, and adoption processes. Builds partnerships across technology, facilities, sectors, and external organizations to identify and prioritize opportunities. Establishes decision frameworks, transitions validated innovations into operational standards and services, and provides coaching to future innovation specialists. The role also serves as a trusted advisor and potential deputy to the Physical Security & Identity Innovation manager.

Leads the design, development, integration, testing, and optimization of advanced control and automation systems for ASML’s EUV light source. Develops control algorithms, system identification, signal processing, and optimization solutions; performs laboratory and cleanroom testing; troubleshoots system failures; defines requirements and architectures; supports product roadmaps and verification; and mentors junior engineers. The role also coordinates projects, technical specifications, design reviews, and system improvements using sensor, actuator, software, and data analysis expertise.

Develops, integrates, tests, and troubleshoots automation and control systems for ASML’s EUV light source. Responsibilities include control algorithm design, optimization, system identification, signal analysis, subsystem integration, qualification testing, root-cause analysis, performance monitoring, technical documentation, and customer-site support. The role leads control-system improvements, mentors junior engineers, collaborates across engineering and support teams, and works in laboratory and semiconductor cleanroom environments. International travel of up to 20% and occasional off-shift work may be required.

Performs factory acceptance testing and troubleshooting of DUV laser systems for customer delivery. Responsibilities include functional testing, optical alignment, calibration, equipment setup, data analysis, quality inspections, gas and water system testing, and issue resolution. The role interfaces with design engineers, documents critical parameters, trains team members, and recommends improvements to manufacturing processes and product quality. This is an onsite position with first- and second-shift options.

Shapes semiconductor customer technology roadmaps, translates requirements into product strategies and business opportunities, and drives adoption of ASML metrology products. The role serves as the customer voice within ASML, coordinates cross-functional teams, supports executive engagements, builds business cases, influences product priorities, and guides technology transitions. It requires extensive semiconductor experience, executive stakeholder engagement, customer-facing strategy, and cross-functional leadership.

Supports semiconductor production in a cleanroom by troubleshooting real-time technical issues, reducing downtime, analyzing manufacturing data, monitoring statistical process control, documenting investigations, and improving production flow and quality. The role collaborates with manufacturing, engineering, and quality teams, investigates recurring problems, supports material and production reviews, escalates complex issues, and drives continuous improvement for advanced lithography systems.

Develops and integrates electrical hardware, interconnects, controls, and validation solutions for ASML semiconductor lithography systems. Responsibilities include translating requirements into electrical designs, creating schematics and documentation, supporting prototype bring-up and testing, troubleshooting through analysis and lab measurements, managing engineering changes and risks, and collaborating with manufacturing, suppliers, service, and cross-functional engineering teams.

Design, build, test, align, and integrate optical and photonic sensor systems for semiconductor lithography equipment. Analyze sensor data, develop signal-processing algorithms, troubleshoot complex technical issues, and lead root-cause investigations. Coordinate work across software, electronics, manufacturing, and equipment engineering teams while communicating findings to technical and nontechnical stakeholders. The role is onsite in Wilton, Connecticut and may involve cleanroom, laboratory, laser, chemical, high-voltage, and magnetic-field environments.

Designs, verifies, integrates, and documents complex FPGA modules using custom RTL and vendor IP. Responsibilities include architecture, interface definition, synthesis, place-and-route, timing and power analysis, simulation, emulation, hardware testing, and system-level validation. The role manages requirements traceability, verification strategies, integration dependencies, technical documentation, and project deliverables while collaborating with systems, PCB, software, suppliers, and cross-functional engineering teams.