Lead Quantum Device Designer — Superconducting Qubits

anyon; Pangbourne; On-site; GBP 70,000 - 100,000; Full time

Job summary

Anyon Systems in Montréal, QC is expanding its engineering team to design and deploy superconducting quantum devices and integrated quantum computing platforms, collaborating across hardware, software, cryogenics, and control systems.

Candidates will lead device design, develop EM and circuit simulations, and translate system requirements into design rules while working with theory and nanofabrication teams to drive hardware development forward.

Qualifications

• PhD or MSc with equivalent experience in Physics, Applied Physics, ECE, or related field.
• Experience with EM simulation tools and circuit modeling for superconducting devices.
• Familiarity with GDS layout tools and design automation workflows.
• Proficiency in Python or similar languages for simulation scripting and data analysis; familiarity with Git.
• Excellent communication and cross-team collaboration in a fast-moving R&D environment.

Responsibilities

• Lead the design of superconducting quantum devices and circuits using EM simulation tools and circuit modeling.
• Develop and maintain simulation workflows for device layout, parameter sweeps, and performance optimization.
• Translate system-level requirements into device specifications and design rules; maintain design-rule databases.
• Compare simulated device performance to experimental results and refine models.
• Collaborate with theory and nanofabrication teams to ensure design feasibility and alignment with hardware goals.
• Prepare detailed technical documentation, simulation reports, and contribute to roadmap planning.

Skills

EM simulation

Python scripting

Technical leadership

Cross-team collaboration

Documentation

Education

PhD in Physics

MSc in related field

Tools

GDS layout tools

Circuit modeling tools

Git

Job description

Anyon Systems in Montréal, QC is expanding its engineering team to design and deploy superconducting quantum devices and integrated quantum computing platforms, collaborating across hardware, software, cryogenics, and control systems.

Candidates will lead device design, develop EM and circuit simulations, and translate system requirements into design rules while working with theory and nanofabrication teams to drive hardware development forward.