Eulitha is a Swiss deep technology company developing advanced lithography equipment for emerging applications in photonics. Our breakthrough technologies enable development and production of revolutionary devices in fields such as AI, Augmented Reality (AR), telecommunication and biological sensors. We work with global technology leaders in developing new solutions for future near‑eye displays, smart phones, flat panel displays, lasers and similar devices.
As a System Engineer, you will be responsible for the integration, testing, and qualification of Eulitha's lithography equipment — from R&D implementations through factory and site acceptance as well as maintenance requests. You will develop and execute integration, test, calibration, and qualification plans, characterize tool performance across mechanical, optical, electrical, and software domains, and drive resolution of issues uncovered during build‑up and qualification. You will work closely with various engineering domains to accelerate product delivery and onsite performance, and system performance enhancements. The role requires occasional travel to customer sites to support installation, site acceptance, commissioning and maintenance.
This role requires a strong ability to solve complex technical challenges and strong communication skills. Your work will directly contribute to delivering high‑quality equipment that enables our top‑tier tech‑customers to produce next‑generation photonic devices and systems.
Responsibilities
Develop and perform calibration, measurement and testing procedures to characterize various aspects of lithography tool performance
Analyze and report test and metrology results, and create technical documents, specifications, and operation manuals
Manage and conduct Factory and Site Acceptance Tests (FAT/SAT) of lithography equipment in close collaboration with internal and external partners
Support system development with feedback on performance and stability
Use advanced hardware and software to operate, diagnose, and characterize tool functionality and performance
Solve problems through structured troubleshooting and by leveraging available resources
Maintain a safe working environment
Profile
University degree in mechanical engineering, electrical engineering, physics, mechatronics, or a related technical field
Several years of hands‑on experience with high‑tech equipment, ideally in semiconductor or precision engineering environments
Strong troubleshooting skills across various engineering domains
Willingness and ability to travel globally including to customer sites for integration, qualification, and acceptance support
Excellent communication skills with the ability to explain technical issues clearly to both customers and internal engineering teams
Fluency in English (spoken and written)
Experience with cleanroom protocols and semiconductor fab environments is a plus
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