qubitsok.com
Cut Noise. Work Quantum.
Europe, Netherlands, The Hague
•
Posted 7 days ago
🏢 Barrington James
Role Type
Role Focus
Seniority
Employer Type
This role is for a Quantum R&D Engineer focused on developing and optimizing Josephson Travelling Wave Parametric Amplifiers (TWPAs) crucial for qubit readout systems. The position requires hands-on involvement across the entire development cycle, including design, fabrication, and measurement. The goal is to drive technical innovation in quantum technologies, specifically by improving bandwidth and noise performance of quantum amplifiers.
Key Responsibilities
Research and develop quantum amplifiers for qubit readout, focusing on extending bandwidth and improving noise performance.
Contribute expertise to the theory, design, fabrication, or measurement of quantum amplifiers and readout circuits.
Clearly present technical findings and proposals to stakeholders to influence the product roadmap and decisions.
Monitor relevant scientific literature and propose new ideas to advance team projects in parametric amplification techniques.
Required Skills
PhD or equivalent industry experience in quantum-limited amplification or parametric amplifiers like TWPAs or JPAs.
Experience with related superconducting microwave circuits.
Hands-on experience with design, simulation, fabrication, or cryogenic measurement in the amplifier development cycle.
Proven ability to independently drive technical development and solve open-ended problems in R&D.
Excellent communication skills for presenting complex technical findings.
Technology Tags
The primary focus of the role is the development and optimization of Travelling Wave Parametric Amplifiers (TWPAs).
The job involves designing, fabricating, and measuring superconducting microwave circuits.
The engineer must have hands-on experience performing cryogenic measurement of the developed amplifiers.
The engineering work is centered around optimizing superconducting microwave circuits operating in this frequency domain.
This R&D role focuses on developing physical amplification devices necessary for quantum computers.
A core objective is improving the noise performance of the quantum amplifiers for qubit readout.
The role requires hands-on experience across fabrication and measurement cycles for quantum devices.