Job Summary 

The First Line support Engineer is responsible for providing first-line troubleshooting support to ensure uninterrupted production output. This role uses hands-on troubleshooting with structured problem-solving methodologies to address complex technical challenges, escalates issues when necessary, and drives continuous improvement through documentation, analysis, and collaboration. The PE 2 also supports tooling and product SPC (Statistical Process Control), manages disturbance notifications, and works closely with quality teams to maintain and improve material review processes, ensuring optimal product flow and minimal disruptions.

Key Responsibilities: 

First-Line Troubleshooting & Problem-Solving  

• Spends 75% of time in the Cleanroom supporting production processes and leading troubleshooting actions with minimal support.  

• Provide real-time troubleshooting support for production issues to minimize downtime and optimize output.  

• Use structured problem-solving techniques (e.g., Fishbone Diagrams, 4C, 5 Whys) to analyze and resolve complex issues with support from technical leads and guidance from team/group leads.  

• Document all disturbances and resolutions accurately for future learning.  

• Escalate issues to senior FLS when resolution cannot be achieved independently.  

• Capture learnings from troubleshooting efforts and use them to enhance OCAPs (Out of Control Action Plans).  

Escalation Management & Technical Documentation  

• Create ETPs (Engineering Test Plans), task lists, and DOs (Disturbance Orders) related to escalation management, tooling maintenance, and troubleshooting with minimal support.  

• Drive structured problem resolution through detailed investigation of recurring issues.  

• Less complex escalations should be resolved independently.  

SPC Tracking  

• Support and maintain SPC tracking for tooling and products, ensuring data-driven process control.  

Disturbance Notification Analysis, Material Notifications & Process Improvement  

• Perform pre-DRB activities independently.  

• Follow business line guidance for dispositioning MNs.   

• Collaborate with key stakeholders to establish, maintain, and execute the DRB/MRB (Discrepancy Review Board/Material Review Board) process.  

• Create and manage E-Scraps for scrap parts to ensure traceability and accountability.  

• Participate in continuous improvement initiatives and projects.  

Factory Engineering Representation & Cross-Team Collaboration  

• Coaching and mentoring junior FLS Engineers.

• Execute ‘As New’ based on input and documentation from D&E/Module PE to ensure product quality meets defined standards.  

• Perform ‘cherry picks’ to select and evaluate specific parts for quality and process validation.  

• Decision making and creation of ODR for non-structural issue .

• Participate and support in key relevant meetings, and ensuring engineering alignment with production and cross-sectoral teams.  

Educational Requirements  

• Bachelors or Masters of Science degree in technical domain (e.g. mechanical/electrical/optical/chemical/industrial engineering, mechatronics, physics, or related field) with 2+ years (BS) or  (MS) with relevant internship experience in in a technical environment such as quality, manufacturing engineering, or related fields depending on internship experience.

• Experience: Hands-on technical experience related to technical troubleshooting preferred. 

Preferred Skills & Technical Competencies: 

• Demonstrates strong time management skills in previous roles.

• Demonstrates strong ownership towards resolving technical issues in the workcenter.

• Strong troubleshooting and analytical skills.  

• Proficiency in structured problem-solving methodologies, including 4C and 8D.  

• Experience with SPC and data-driven process control.  

• Ability to document technical issues and resolutions clearly.  

• Effective collaboration with cross-functional teams.  

• Experience in escalation management and technical documentation.  

• Familiarity with quality processes such as DRB/MRB and E-Scraps management.

• Troubleshoot optical surface defects (scratches / sleeks / digs) in accordance with MIL-PRF-13830B  standards, and provide clear GO/NO-GO guidance, including any necessary recovery actions.

• Develop OCAPs (Out of Control Action Plans) in response to novel troubleshooting actions.

• Support vacuum chamber calibration activities as needed.

• Run image processing software and scripts to extract nm scale flatness interferometric data.

• Working knowledge with lasers and various electro-optical devices.

• Read, interpret and provide decision guidance (GO/NO-GO) on flatness interferometric data, including any recovery actions.

• Working experience with data processing / manual masking of the interferometer tool.

• Hands-on experience cleaning critical optical surfaces.

• Ability to safely work with and handle chemicals for product cleaning when needed (DI water, Acetone, Isopropyl, Chrome Etchant, KOH).

• Matlab script troubleshooting is a plus.

• Ability to stone/wick chipped glass surfaces is a plus.

• Experience with 4D 4Sight and Zygo Mx software is a plus.

• Working knowledge and operation of white light interferometer tools is a plus.

• Working knowledge of NX, Teamcenter and SAP is a plus.

• Working knowledge in image/signal/data processing algorithms/statistics and software development is a plus.

This position may require access to controlled technology, as defined in the Export Administration Regulations (15 C.F.R. § 730, et seq.). Qualified candidates must be legally authorized to access such controlled technology prior to beginning work. Business demands may require ASML to proceed with candidates who are immediately eligible to access controlled technology. If you are hired into a position that later requires access to controlled technology, this may impact your employment status with ASML.