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PsiQuantum

Utility-scale fault-tolerant photonic quantum computers

Validation Engineer - Electro-Optical devices

Hardware Validation & TestingConfirmed live in the last 24 hours
Full-timeMilpitas, CA, USAIn-person

About the Job

Requirements

  • A Bachelor's degree or higher in Engineering, Physics, or Material Science, and at least 5 years of industry experience.
  • Experience testing in cryogenic environments.
  • Experience with optical and electrical test equipment, including optical power meters, lasers, optical spectrum analyzers, oscilloscopes, function generators, and vector network analyzers.
  • Experience developing test methods and optimization, tuning, and calibration algorithms.

Responsibilities

  • Define figures of merit and validation plans for cryogenic electro-optical assemblies.
  • Design and build laboratory setups using light sources, detectors, switches, function generators, oscilloscopes, and related equipment to validate electro-optical assembly functionality in cryogenic environments.
  • Contribute to developing software scripts to automate measurement setups and feed data into a database.
  • Perform measurements and provide detailed reports, including expected yield indications.
  • Execute validation plans, including debugging and characterization of cryogenic electro-optical assemblies.
  • Review and provide feedback on electro-optical assembly designs.
  • Collaborate with design and experimental teams across the company to learn from current best-known methods.

Desired Qualifications

  • Experience working with single-photon detectors.
  • Experience working with optical fibers and photonic integrated circuits.

About the Company

PsiQuantum

Utility-scale fault-tolerant photonic quantum computers

PsiQuantum builds quantum computers for utility-scale use, using photons as qubits and a semiconductor-friendly Omega chipset. The Omega platform combines high-performance single-photon sources, superconducting detectors, and optical switches to enable scalable chip-to-chip interconnects and precise quantum operations. It explores fault-tolerant methods like fusion-based quantum computation (FBQC) to improve error correction and resilience, targeting applications in chemistry, materials science, optimization, and cryptography. The company stands out by emphasizing manufacturability with standard semiconductor processes, large-scale chip integration, and collaborations with government and research institutions to push toward a practical, widely accessible quantum computer.

Company size
501-1,000
Company stage
Growth Equity (Non-Venture Capital)
Total funding
$2.9B
Headquarters
Palo Alto, CA
Founded
2015

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