Applied Scientist, Quantum error correction team, Amazon Center for Quantum Computing
Core
Designing and evaluating novel quantum error correction schemes, fault-tolerant protocols, and hardware-aware architectures to guide the delivery of a fault-tolerant quantum computer.
Role type
Applied Scientist, Quantum Error Correction Theory
Builds
Hardware-aware fault-tolerant protocols and software tools for performance analysis
Domain
Quantum Computing / Quantum Error Correction
Deliverable
production ML models | research | infrastructure
Required skills
Quantum error correction theory, Topological codes, Concatenated codes, Low density parity check codes, Quantum decoding algorithms, Fault-tolerant logical protocols, Simulation and modeling software development, Hardware-optimized architecture design
Preferred skills
Quantum codes and protocols expertise, Fault-tolerant protocol implementation and simulation, Adapting fault-tolerance to hardware constraints, Fault-tolerant compiling of quantum algorithms, Quantum computing software frameworks, System-level optimization
Technologies
Java, C++, Python
Responsibilities
Design and evaluate novel quantum error correction schemes, Research and develop hardware-optimized architectures for fault-tolerant computing, Drive experimental implementations of quantum fault-tolerance, Develop simulation and modeling software tools, Lead high-impact collaborative research projects aligned with engineering roadmap, Apply strong engineering principles while maintaining scientific rigor
Seniority
PhD level, Research Scientist
