ASML is seeking a System Test Engineer (STE) Intern to support the release of a well-defined and valid system configuration for their intricate EUV light source, which involves a complex network of process gases, high power lasers, optics, electronics, mechatronics, and control systems. The role aims to improve product quality through testing, issue identification and resolution, and identifying potential improvements.
Requirements
- Experience with Mechanical Engineering, Aerospace Engineering, integration, test, or technical support of large complex systems.
- Multi-Discipline engineering experience a plus.
- Analytically strong
- Analyze issue data base to understand type of issue and validity of test execution (system or bench level testing)
Responsibilities
- Contributes to the integration planning and Prototype Machine Time test executions.
- Works with technical development projects and the Machine Integration Teams (MIT).
- Keep System Integration (SI) testing process moving forward and resolves conflicts in real time.
- Analyze issues and provide support in the definition, prioritization and specific testing for proposed solutions or containments.
- Drives projects to secure early risk reduction through pre-integration testing
- Analyze SI processes and creates proposals for improvement in test queue and issue management
- Analyze issue data base to understand correlations between products, machines, functional clusters. Proposes improvements in test strategies
Other
- On track to complete a BS in an Engineering discipline, or Physics.
- Minimum 0-1 years of relevant experience.
- enthusiastic, flexible, assertive, proactive, structured.
- Can observe and respond to stakeholders and situations while interacting with others.
- Strong customer focus and commitment to customer satisfaction through prioritization, quality, efficiency and professionalism.
- Ability to complete assignments with attention to detail and high degree of accuracy.
- Proven ability to perform effectively in a demanding environment with changing workloads.
