Senior Quantum Dev: Fault-Tolerant Circuits & Architectures

Pasqal; Massy; On-site; EUR 70,000 - 110,000; Full time

Benefits offered by this job

International team

Conferences & training support

Patent and IP opportunities

Job summary

Pasqal, a European quantum computing company, seeks a Senior Quantum Developer to advance the software stack for neutral-atom quantum processors. You will explore fault-tolerant execution, optimize subroutines, and interface with academia and customers to push forward quantum applications.

You will contribute to the design of architectures, participate in publications and IP work, and stay at the forefront of quantum algorithms, information, and machine-learning interfaces.

Qualifications

• PhD in a technical field with research experience.
• Strong coding skills, Python preferred.
• Experience working in multi-disciplinary teams.
• Fluency in English.

Responsibilities

• Design quantum computers and compare architectures for fault-tolerant execution on neutral atoms, accounting for hardware constraints and latest QEC developments.
• Maintain resource estimates for target quantum applications.
• Optimize fault-tolerant execution of key subroutines balancing circuit compilation, architecture, and hardware considerations.
• Help steer the software stack for efficient execution of encoded circuits.
• Collaborate with academic partners to develop new ideas for fault-tolerant circuit execution.
• Prepare publications and contribute to the IP portfolio.
• Present results in technical discussions and conferences.
• Maintain regular technological watch in the field.
• Pursue inventive activities related to the company’s research, products, technologies and markets; file patents.

Skills

Quantum algorithms

Python programming

Multi-disciplinary teamwork

English fluency

Education

PhD in a technical field

Tools

Qadence

Qiskit

Pennylane

Cirq

Job description

Pasqal, a European quantum computing company, seeks a Senior Quantum Developer to advance the software stack for neutral-atom quantum processors. You will explore fault-tolerant execution, optimize subroutines, and interface with academia and customers to push forward quantum applications.

You will contribute to the design of architectures, participate in publications and IP work, and stay at the forefront of quantum algorithms, information, and machine-learning interfaces.