2 weeks ago

Quantum R&D Engineer - TWPA

QuantWare

Delft

2 weeks ago

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QuantWare is seeking a Quantum R&D Engineer - TWPA to act as a domain expert on the physics and architecture of Josephson Travelling Wave Parametric Amplifiers. The role involves translating product specifications into TWPA architectures, pushing the limits of microwave engineering, and integrating advanced on-chip components. The ideal candidate has a PhD or equivalent experience in quantum-limited amplification and deep expertise in superconducting microwave circuits.

On-siteFull-timeSeniorCSTHFSS

Quantum R&D Engineer - TWPA

Apply

On-siteFull-timeSeniorCST

Salary

Not specified

Work Location

Delft, South Holland, Netherlands, NL

Work Model

On-site

Experience Required

3 years

Employment Type

Full-time

Experience Level

PhD or equivalent industry experience; >3 years of hands-on experience

Core Qualifications

Technical (Must-have)

CSTHFSSJosephson circuitsNon-linear metamaterialsParametric amplifiersSuperconducting microwave circuitsSimulationCryogenic measurement

Soft Skills

CommunicationCreative problem-solvingIndependentPassionate

Key Responsibilities

•Translate product specifications & features into TWPA layouts and circuit designs through simulations.
•Drive the miniaturisation of our TWPA architectures and successfully design and integrate critical peripheral components on-chip.
•Research directions include extending bandwidth, improving noise performance, and integration of peripheral functions like pump coupling and isolation.
•Present findings and technical proposals clearly to both technical and non-technical stakeholders, influencing roadmap and product decisions.
•Stay informed of relevant literature and state-of-the-art techniques in parametric amplification, actively contributing new ideas and approaches to the team.

Quantum ComputingTWPAR&DMicrowave EngineeringSuperconducting CircuitsFull-timeOn-siteDelft

Key Responsibilities

•Translate product specifications & features into TWPA layouts and circuit designs through simulations.

•Drive the miniaturisation of our TWPA architectures and successfully design and integrate critical peripheral components on-chip.

•Research directions include extending bandwidth, improving noise performance, and integration of peripheral functions like pump coupling and isolation.

•Present findings and technical proposals clearly to both technical and non-technical stakeholders, influencing roadmap and product decisions.

•Stay informed of relevant literature and state-of-the-art techniques in parametric amplification, actively contributing new ideas and approaches to the team.