Quantum Applications Architect
Core
Design, benchmark, and implement quantum algorithms for fault-tolerant quantum computers to solve problems in energy, pharmaceuticals, finance, and other foundational industries.
Role type
Quantum Applications Architect (IC)
Builds
Quantum algorithms and applications for utility-scale photonic quantum systems
Domain
Quantum Computing / Silicon Photonics
Deliverable
production ML models
Required skills
Quantum algorithms, fault-tolerant regime, quantum compilation, resource simulation, classical solution analysis
Preferred skills
Fault-tolerant gate experience, rapid-delivery environment experience
Technologies
Silicon photonics, cryogenic cooling, fiber-optic infrastructure
Responsibilities
Research and develop techniques for quantum algorithms tailored for fault-tolerant quantum computers; Contribute to the design, development, and benchmarking of quantum applications and tools; Work with external partners to instantiate, validate, and optimize quantum algorithms for use cases; Simulate and analyze resource requirements for fault-tolerant implementation; Collaborate with quantum architecture group to co-optimize algorithm methods with architectural design
Seniority
Senior, hands-on IC
