Lead bosonic quantum error-correction simulations at Nord Quantique in Sherbrooke, using Python and numerical methods to advance quantum computing research.
This mid-level full time Engineering position guides theory-team development and simulation projects. You will build tools connecting device physics, quantum-control protocols, error correction, and logical performance. The work focuses on scalable methods for higher-energy multimode simulations and ultra-low logical error rates.
Key Responsibilities:
Lead development of bosonic quantum error-correction simulation methods
Implement and validate current numerical algorithms and representations
Develop reliable, scalable simulation backends for multimode systems
Evaluate accuracy, performance, convergence, and applicability
Contribute to the simulation codebase with senior researchers
Requirements:
PhD or equivalent research experience in a related field
Background in quantum mechanics, numerical physics, or quantum information
Robust Python and scientific software-development skills
Experience with JAX, NumPy/SciPy, Julia, or comparable frameworks
Experience testing numerical methods and evaluating approximations
Apply computational physics, quantum information, and scientific software expertise to advance Nord Quantique simulation capabilities.