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QuiX Quantum

Photonic quantum processors for room-temperature computing

Optoelectronic Design Engineer

Silicon & ASIC DesignConfirmed live in the last 24 hours
Full-timeGermanyNo salary listed

About the Job

Requirements

  • A Master of Science degree in Photonics, Electrical Engineering, or a related field.
  • At least 3 years of experience in photonic and optoelectronic design; academic research experience is considered.
  • Proficiency with electro-optic material design and simulation.
  • Experience with Lumerical and photonic integrated circuit layout tools such as IPKISS or GdsFactory.
  • Strong Python skills and experience with Git.
  • Proficiency in English.

Responsibilities

  • Design and simulate photonic components using Lumerical.
  • Design and simulate electro-optic modulators and associated photonic devices, including material-specific considerations.
  • Model electrical cross-talk and optimize electronic-photonic integration.
  • Develop radio-frequency back-end-of-line stack designs with a focus on signal integrity and minimal loss.
  • Develop photonic-integrated-circuit layouts in IPKISS, GdsFactory, or similar tools.
  • Support internal process-design-kit development and maintenance.
  • Automate and script simulations with Python or similar languages.
  • Collaborate with team members using Git for code management.
  • Integrate photonic designs into system architecture.

Desired Qualifications

  • Experience with the Lumerical application programming interface, process-design-kit development, and quantum integrated photonics.
  • Expertise in electro-optic materials, electrical cross-talk modeling, and radio-frequency back-end-of-line stack design.
  • Knowledge of hybrid platforms such as Silicon Nitride and Lithium Niobate, particularly for scalable photonic-integrated-circuit designs.
  • A PhD.

About the Company

QuiX Quantum

Photonic quantum processors for room-temperature computing

QuiX Quantum develops quantum photonic processors and complete quantum computing systems that operate at room temperature using photons in reconfigurable silicon nitride waveguides (TriPleX) to form universal, tunable interferometers. A fabless model means they design the chips and IP in-house but contract fabrication to specialized foundries; their processors route photons through low-loss on-chip circuits to realize quantum interference. Compared with others, they emphasize room-temperature photonics, high qumode counts on compact chips, and a proven track record with large-scale processors and a DLR sale, plus cloud-based remote access. Their goal is to deliver a first-generation universal photonic quantum computer by 2026 and enable broader access through cloud services and collaborations.

Company size
51-200
Company stage
Series A
Total funding
$25M
Headquarters
Enschede, Netherlands
Founded
2019

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