Remote Senior Quantum Control Scientist (Cat-Qubit)

Quantum Software; Paris; Hybride; EUR 90 000 - 130 000; Plein temps

Avantages offerts par ce poste

BSPCE plan

IP bonuses for patents

Remote policy up to 40%

Parental plan with family benefits

Urban Sports Club

Mental health support

Meal vouchers

French language courses

Résumé du poste

Quantum Software is seeking an Expert Optimal Control Scientist to design and optimize control strategies for the cat-qubit platform, maximizing gate fidelity, state preparation, and measurement.

You will work with Chip Design, Performance Optimization, Calibration, and QEC to turn control-theoretic methods into measurable platform improvements—from simulation to deployment on real cat-qubit chips.

Qualifications

• 4+ years of research experience in control theory or a related domain post-PhD
• Strong foundation in mathematical control theory (model-based and model-free) and reinforcement learning
• Experience with control of dynamical systems
• Numerical modeling and simulation skills in scientific computing
• Familiarity with data-driven control methods and reachability analysis
• Ability to translate theory into engineering outcomes
• Strong collaboration across research, software and hardware teams
• Professional-level English proficiency, written and spoken

Responsabilités

• Design and optimize quantum control strategies.
• Model and validate control solutions in simulation.
• Collaborate on hardware implementation with experimental teams.
• Advance the company's control-theory knowledge and toolkit.
• Provide a clear view of the state of the art for qubit control.

Connaissances

Control theory

Reinforcement learning

Dynamical systems

Numerical modeling

Data-driven control

Communication

Formation

Post-PhD in applied mathematics / control theory / physics

Outils

Scientific computing

Description du poste

Quantum Software is seeking an Expert Optimal Control Scientist to design and optimize control strategies for the cat-qubit platform, maximizing gate fidelity, state preparation, and measurement.

You will work with Chip Design, Performance Optimization, Calibration, and QEC to turn control-theoretic methods into measurable platform improvements—from simulation to deployment on real cat-qubit chips.