Quantum Error Correction Researcher

About the Role

BEIT, a venture-backed quantum computing startup focused on pioneering algorithms for next-generation quantum systems, is seeking a Quantum Error Correction Researcher to join our Toronto team. Our mission is to optimize fault-tolerant quantum computing by reducing overhead, improving fidelity, and addressing realistic noise models for modern quantum devices. In this role, you will focus on the research and development of end-to-end fault-tolerant protocols. Your contributions will form the backbone of our Quantum Error Correction Compiler, which translates logical-level circuits into physical implementations tailored for non-planar hardware geometries. Collaborate with a world-class team of physicists, mathematicians, and engineers to shape the future of error-corrected quantum computing.

Responsibilities

• Research and develop fault-tolerant quantum protocols to minimize overhead and enhance fidelity.
• Analyze and design error correction methods that address realistic noise models for current and emerging quantum hardware.
• Contribute to the development of a Quantum Error Correction Compiler that translates logical to physical circuits.
• Identify/Optimize fault-tolerant gates for diverse quantum error correction codes, including QLDPC codes.
• Perform experiments to validate and benchmark error correction strategies.
• Collaborate with interdisciplinary teams to integrate research outcomes into scalable software solutions.
• Document findings and publish in leading peer-reviewed journals.

Requirements

• Ph.D. (or MS with equivalent experience) in Quantum Computing, Physics, Mathematics, or a related field.
• Deep expertise in quantum error correction codes, fault-tolerant computing methods, and resource-efficient circuit compilation.
• Proficiency in Python and familiarity with software development tools and practices.
• Experience with quantum circuit simulators, noise models, and hardware constraints.
• Strong understanding of logical-to-physical mapping of quantum circuits on non-planar hardware geometries.
• Ability to work independently and collaboratively in a fast-paced, research-driven environment.
• Proven track record of research contributions, demonstrated through publications or software tools.