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ASML is relentlessly driving the semiconductor industry’s ongoing quest for producing faster, smarter and more energy efficient chips. We are a young, dynamic, international and highly skilled workforce creating, with strong support of our suppliers, the lithographic tools the industry needs to achieve its goals. Are you looking for a challenge to ensure the ultimate photonic solutions in our scanners and metrology instruments? Then you will enjoy this position in the Optics and Photonics group at ASML research. You will be part of the group responsible for demonstrating how new or existing technological solutions can be adapted to meet and exceed the needs of our metrology and lithographic tools.
Job Responsibility
Translate optical sensing concepts into photonic solutions in an industrial context
Define the requirements, architecture and technology development needs for the photonic solutions and contribute to the photonics technology roadmap
Identify concepts and address technology maturity
Design and specification of photonic integrated circuits
Definition of experiments for evaluation of these PICs
Work together with other researchers towards better understanding of the technologies
Generate new ideas and solutions for current and future photonic solutions
Build a network towards other parts of the organization and academia
Requirements
PhD in Electrical engineering, Physics or Applied Physics with 4+ years of experience in the field of integrated photonics
Experience in identifying system-level needs and technology development needs for the photonic solution concepts
Experience in developing photonic integrated circuits: design and specification
Experience in designing photonic components using numerical methods such as FDTD, EME, and FEM and optics modeling software (e.g. Lumerical)
Experience with experimental evaluation of PICs
Experience with manufacturing of PICs and interacting with foundries
Ability to translate optical sensing concepts into innovative technical solutions for photonics
Ability to think on a functional level and in design details
Good communicational skills
Ability to switch between complex matters and high-level conclusions, ability to convey these in an understandable fashion
Team player with ability to build network towards other parts of the ASML organization and academia
Self-propelling, showing initiative and drive, pragmatic attitude
Flexible, committed, result driven with the ability to plan and prioritize