Job Title: Quantum Hardware Engineer Location: Enschede, Netherlands Job Description As a Quantum Hardware Engineer at QuiX Quantum, you will be instrumental in designing and scaling advanced photonic components for quantum computing systems. You will take ownership of R&D
In your role as Grant Writer, you will help us better secure, oversee, and assist with the preparation, submission, and follow-up of proposals for various EU and Dutch innovation programs, such as Horizon Europe, Digital Europe,
Non-destructive testing (NDT) for quality assurance or in-service inspection is often very time consuming. NLR recently invested in a laser based system that can be used for generation or detection of ultrasonic guided waves. The use
LioniX International in Enschede is looking for a Systems Architecture Engineer to support translating customer requirements into innovative photonic devices. Youll coordinate with internal teams, perform experimental evaluations, and communicate with clients. Ideal candidates have an M.Sc. in
Job description As a member of our Systems Architecture team, you will support the translation of system and application requirements into cutting-edge integrated photonic devices and novel system concepts. Our systems address a broad range of applications,
Agurotech is a fast-growing high-tech AgTech company developing sensor technology, weather stations and software that enable farmers to use resources more efficiently while improving yields. Our products are already delivering tangible results in the field across
Why SMART Photonics Because this is one of the very few places where the transition from InP research to real 6-inch industrial production is still open, visible, and not yet decided. Your technical judgement directly shapes how
SMART Photonics is scaling fast. We are moving from a capable InP foundry to industrial scale production from 4 inch to 6 inch wafers, while integrating with silicon photonics and pushing into real datacom volume. That transition is
Overview SMART Photonics is scaling fast. We are moving from a capable InP foundry to industrial scale production from 4 inch to 6 inch wafers, while integrating with silicon photonics and pushing into real datacom volume. That transition