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 new 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.