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QuiX Quantum

Photonic quantum processors for room-temperature computing

Advanced Photonic Design Engineer

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

About the Job

Requirements

  • Five or more years of experience in photonics design.
  • Demonstrated proficiency in Lumerical and photonic integrated circuit layout tools, including IPKISS and GdsFactory.
  • Advanced programming skills in Python and proficiency with Git.
  • A proven track record of project leadership and collaboration within multidisciplinary teams.
  • Proficiency in English.

Responsibilities

  • Lead the design and simulation of advanced photonic components using tools such as Lumerical.
  • Oversee photonic integrated circuit layout development in IPKISS, GdsFactory, or similar tools, ensuring high-quality standards.
  • Drive innovation in photonic component design and contribute significantly to internal process design kit development and maintenance.
  • Automate and enhance simulation workflows using Python or similar languages.
  • Mentor junior engineers and collaborate closely with cross-functional teams using Git for code management.
  • Lead the integration of photonic designs into broader system architectures.

Desired Qualifications

  • Industry experience in photonics design.
  • Experience leading process design kit development with the Lumerical API.
  • Advanced knowledge of Silicon Nitride platforms and quantum integrated photonics.
  • Familiarity with electro-optic modulators and expertise in quantum photonic applications.

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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