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QuantWare

Designs, fabricates scalable superconducting QPUs

RF Engineer - Quantum Processor Design, Layout and Simulation

RF & Microwave EngineeringConfirmed live in the last 24 hours
Full-timeDelft, Netherlands

About the Job

Requirements

  • MSc or higher-level understanding of circuit design and microwave/RF engineering.
  • Hands-on experience with RF simulation tools such as ANSYS HFSS, Sonnet, or equivalent, and the ability to model and optimise microwave structures.
  • At least four years of experience in collaborative Python programming.
  • A track record of delivering complex technical projects with initiative, autonomy, and practical impact.
  • Strong organisational and problem-solving skills, with the ability to work in a cross-disciplinary environment and take ownership.

Responsibilities

  • Contribute to developing quantum chip design tools, including PDKs, DRCs, tuners, and tape-out generation tools.
  • Own quantum chip design projects for R&D and product development, contributing to the design and optimisation of new quantum processors.
  • Manage the full development loop for designed chips, coordinating with fabrication and measurement teams to ensure successful transfer and execution.
  • Support foundry customers in designing chips that conform to QuantWare's PDK, providing guidance throughout the design process to meet technical and operational standards.
  • Drive process improvement initiatives by identifying bottlenecks and recommending improvements to tools, workflows, and design-to-tapeout processes.

Desired Qualifications

  • Direct experience working with superconducting and quantum circuits.
  • Familiarity with quantum design and layout tools such as Qiskit Metal, KLayout, or GDSFactory, as well as CI/CD pipelines.
  • Knowledge of nanofabrication processes and cryogenic measurement techniques.

About the Company

QuantWare

Designs, fabricates scalable superconducting QPUs

QuantWare designs, fabricates, and sells superconducting quantum processors (QPUs) to a global customer base, serving as a specialized hardware supplier for the quantum ecosystem. Its QPUs use the VIO 3D integration architecture to route control signals vertically, enabling dense, modular processors like Soprano and Contralto and paving the way for large-scale chips such as the VIO-40K (up to 10,000 qubits). The company differentiates itself by focusing exclusively on QPUs and building high-volume fabrication capacity through initiatives like KiloFab, rather than delivering complete quantum systems. Its goal is to accelerate the advent of useful quantum computing by providing scalable, factory-ready quantum hardware to startups, research institutes, and tech giants.

Company size
51-200
Company stage
Series B
Total funding
$214.6M
Headquarters
Delft, Netherlands
Founded
2021

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