San Diego Senior Optical Sensing Engineer

ASML•San Diego, CA

2d•$143,063 - $209,825

About The Position

The Non-Product Metrology (NPM) group develops metrology capabilities that advance EUV source learning, support EUV power scaling, and serve product teams and internal Research stakeholders. In San Diego, the team develops and owns internal EUV source metrology tools for standalone source qualification. The Senior Optical Sensing Engineer develops precision optical and electro-optical metrology systems to measure, characterize, and support control of light production in EUV sources for next-generation photolithography equipment. The systems may combine optical sensing, detectors, cameras, lasers, electronics, signal processing, optomechanics, thermal mechanics, mechatronics, automation, controls, and software. The engineer owns one or more major metrology subsystems from requirements definition through design, procurement, assembly, integration, testing, verification, and release. The role provides technical leadership to cross-functional teams and suppliers, and supports product development, Research, manufacturing, system integration, and internal customer needs.

Requirements

Meet one of the following education and relevant-experience combinations: PhD with at least 4 years; master’s degree with at least 8 years; or bachelor’s degree with at least 12 years.
Experience developing optical, electro-optical, or metrology systems for semiconductor equipment, scientific instrumentation, aerospace, medical devices, or another precision-hardware industry.
Demonstrated ownership of an optical system or major subsystem from requirements definition through assembly, integration, testing, and verification.
Hands-on experience with optical alignment, laser systems, optical test equipment, sensors, detectors, cameras, or signal-detection systems.
Experience with optical system design, tolerancing, alignment, calibration, and performance characterization.
Experience performing photon-budget, radiometric, signal-chain, and signal-to-noise ratio calculations.
Knowledge of lasers, optical sources, imaging and illumination systems, detectors, cameras, fibers, filters, coatings, and optomechanical components.
Experience developing test methods, laboratory setups, calibration approaches, and data-analysis tools.
Ability to troubleshoot failures in complex multidisciplinary systems using analytical models, experimental methods, and test data.
Ability to develop and review theoretical models and validate concepts through analysis and breadboard testing.
Ability to convert new technical concepts into practical engineering solutions.
Experience documenting system requirements, designs, interfaces, test procedures, and verification results.
Experience with data analysis and visualization using Python, MATLAB, LabVIEW, or equivalent tools.
Effective written and verbal communication skills, including the ability to explain technical issues to engineers, scientists, management, suppliers, and internal customers.
Ability to work independently while collaborating across optical, mechanical, electrical, controls, software, manufacturing, and supplier teams.
Strong theoretical and experimental knowledge of optical sensing, laser optics, imaging systems, detectors, electronics, and signal processing.
System-level thinking and the ability to manage interfaces across multiple engineering disciplines.
Technical ownership, sound engineering judgment, and a record of delivering complex hardware.
Structured problem-solving and root-cause-analysis skills.
Ability to balance analytical rigor with hands-on laboratory execution.
Ability to define and execute work from project objectives with limited supervision.
Ability to communicate technical status, risks, tradeoffs, and recommendations clearly.
Proficiency with Microsoft Word, Excel, and PowerPoint.

Nice To Haves

A degree in optical engineering, photonics, physics, electrical engineering, mechanical engineering, systems engineering, biomedical engineering, imaging science, or a related technical field is preferred.

Responsibilities

Translate equipment, system, and stakeholder needs into metrology requirements, subsystem specifications, interface definitions, performance budgets, and verification plans.
Lead the definition, development, and integration of optical and electro-optical metrology systems for EUV source learning, power scaling, stable operation, and improved system availability.
Develop sensing systems involving lasers, illumination and imaging optics, detectors, cameras, fibers, filters, coatings, optomechanical assemblies, and signal-processing hardware.
Develop specifications for light-emitting, light-delivery, and light-sensing modules in accordance with system-level and cross-functional requirements.
Perform photon-budget, radiometric, and signal-to-noise ratio calculations that account for source output, optical transmission, detector response, background signal, electronic noise, and other noise sources.
Conduct optical performance, tolerancing, stray-light, beam-propagation, alignment, calibration, and image- or signal-quality analyses.
Apply knowledge of optics, sensors, electronics, algorithms, software, and data analysis to improve metrology performance.
Own metrology subsystems through component selection, supplier engagement, procurement, assembly, alignment, integration, testing, qualification, and release.
Integrate optical hardware with low-voltage electronics, motors, analog sensors, precision mechanisms, controls, software, motion systems, and thermal-management hardware.
Develop laboratory test benches, diagnostic tools, fixtures, calibration methods, test procedures, acceptance criteria, and automated data-analysis tools.
Plan and execute laboratory and cleanroom testing for design validation and verification.
Correlate analytical and numerical predictions with measured results and resolve performance gaps.
Lead integration and troubleshooting activities to verify that metrology systems function as designed within the EUV light source.
Lead root-cause investigations involving optical, electrical, mechanical, thermal, contamination, controls, software, and interface issues.
Assess the feasibility of new measurement concepts and translate promising ideas into practical engineering solutions.
Validate concepts through theoretical analysis, modeling, simulation, breadboard development, and experimental testing.
Work with cross-functional teams to integrate core technologies into stable, reliable, automated, and cleanroom-compatible engineering solutions.
Support design reviews, technical risk management, supplier coordination, manufacturing readiness, equipment qualification, and system escalations.
Provide technical guidance to design engineers, project teams, suppliers, and internal customers throughout the product-development lifecycle.
Communicate technical status, risks, issues, results, and next steps across engineering disciplines and management levels.
Document requirements, architectures, design specifications, interfaces, analyses, procedures, verification results, and training materials.
Perform other duties as assigned.