Challenge yourself

System alignment

• Aligning the components of the HPSM and drive laser system after the commissioning phase.
• Figuring out the cause of not meeting system specifications.
• Monitoring and fine-tuning system components and settings (hardware, software, electronics, fluids and

gasses).

• Delivering a complete system according to the requirements and specifications.

Site Acceptance Test

• Performing SAT measurements after the complete installation and final configuration.
• Performing physical and performance tests, using a set of predefined test activities, developed to drive

the execution of the test item to meet test objectives.

• Measuring and examining installed systems, using complex measuring equipment.
• Checking main parameters, system settings and functionalities, using predefined acceptance test

procedures.

• Comparing the actual results with the expected results and evaluating the outcomes to determine if the

system’s requirements and specifications are met.

• Providing confidence that the product meets both the functional and non-functional requirements.
• Reporting progress or possible problems to Technical Coordinator or responsible office staff.
• Maintain close communication to 3rd and 4th line support on advanced issues in case solving these

locally proves to be difficult.

• Coaching and instructing less experienced engineers on performing the same tasks.
• Preparing the Drive Laser for customer handover under specific conditions.

Product development

• Proposing possible product changes to simplify the testing, increase efficiency or to increase service

possibilities.

• Reporting product improvements in additional documents.
• Giving feedback on received procedures and protocols.

Administration

• Writing test reports and filling in the respective documents
• Sending final SAT report to the headquarters for approval.
• Timely reporting of hours worked and provided work in SIS.

Test Engineer

Introduction
The sector operations within the Twin Scan Factory is responsible for the production of wafer steppers and scanners as well as for purchasing and logistics. The complete production process of the most advanced machines takes place within this sector. The department Build Operations within Manufacturing is responsible for the assembly and qualification of the various machines and modules of the high tech systems according to strict quality standards.

Job Mission
To assemble, adjust, test and deliver high tech products or (sub) systems according to agreed specifications and delivery times.

Job Description
Product:
Connection of wafer stage to the testrig and placement (including a.o. leak testing) of PM’s;
Mechanical adjustments;
Functional testing of the wafer stage and / or Position Modules
Analysis and solving of minor disturbances as well as escalation of major disturbances;
Disconnection of wafer stage and transfer to upstream customer.
Process:
Plan and prioritize own work;
Report, inform and escalate correctly and timely on progress and status;
Identify structural issues and support Engineering during diagnostics;
Actively seek for relevant knowledge;
Share and train knowledge and skills.

Job Mission
Triggered by an EOL notification (component level end of life or end of service), you manage the solution, mostly by part alternatives. You will be technical lead in investigating the impact of the change, present the proper introduction scenario and actively manage all stakeholders: Component Engineering, Logistics and Projects.

Job Description
Member of the EOL/LCM team, responsible for EOL/EOZ (End of life and end of Service):

• Manage the EOL process from start (EOL notification) until completed implementation (SAP)
• Find replacement parts with support of Component engineers
• Investigate implementation impact, present options with pro/cons and perform risk management on possible solutions
• Present possible solutions to stake holders, negotiate alternatives, get approval for implementation
• If possible, implement the replacement yourself, otherwise deploy to the projects
• Maintain related documentation
• Track progress and report status
• Build a cross sectoral network which allows smooth decision and follow-up
• Keep informed about platforms of the ASML machines and related projects
• Communicate relevant information to all related levels in the organization
• Initiate and support process improvements to gain efficiency and promote a common way of working for Life Cycle Management