Senior Scientist, Quantum Sensing (Modeling and Control)
Core
Designing next-generation, small-form-factor quantum magnetometers (optically pumped atomic magnetometers) for reliable operation in harsh fielded environments.
Role type
Senior Scientist, Quantum Sensing (Modeling and Control)
Builds
Quantum sensing hardware and software-layer controls for navigation and sensing applications.
Domain
Quantum sensing, atomic physics, navigation modeling, signal processing.
Deliverable
production ML models
Required skills
Quantum control algorithms, statistical filtering (Kalman/particle filters), time series analysis, digital signal processing, machine learning, Python, atomic spin ensembles modeling, pulse-level optimization, software architecture.
Preferred skills
High-precision magnetometry, real quantum experiment modeling, Git/CI-CD pipelines, experimental outcome improvement via denoising.
Technologies
Python, Kalman filters, particle filters, Git, CI/CD.
Responsibilities
Develop quantum control algorithms to improve sensitivity and robustness; implement statistical filtering to remove noise; perform time series analysis and develop noise compensation techniques; write simulations of atomic systems; develop and review high-quality software; collaborate with research and R&D teams; share insights via presentations and publications.
Seniority
Senior, hands-on IC
