qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, Goleta
•
Posted 32 days ago
Role Type
Role Focus
Seniority
Employer Type
This role is for a Research Scientist specializing in the fabrication processes necessary for high-coherence quantum devices. The primary focus is developing and maintaining semiconductor fabrication processes within a cleanroom environment. This position requires strong academic qualifications, prior experience leading a research agenda, and a proven track record of scientific publication submissions.
Key Responsibilities
Develop and sustain semiconductor fabrication processes in a cleanroom environment.
Lead a relevant scientific research agenda.
Submit scientific publications to conferences, journals, or public repositories.
Required Skills
PhD in Physics, Material Science or a related field
2 years of experience leading a research agenda
Submission of scientific publication(s) for conferences, journals, or public repositories
Experience developing and sustaining semiconductor fabrication processes in a cleanroom environment
Nice-to-have Skills
Experience with multiple types of semiconductor equipment (e.g., vacuum, dry etch, PVD/CVD, wet etch, advanced lithography systems, high-volume metrology systems)
Experience with failure analysis techniques (e.g., SEM/EDS, Optical Microscopy, X-Ray, FTIR, XPS)
Experience with micro-fabrication techniques and tools and understanding their effect on quantum device performance
Technology Tags
The primary goal of the research is the fabrication and refinement of physical quantum devices.
The job is centered around developing and sustaining fabrication processes for solid-state quantum devices.
The job description explicitly requires experience with micro-fabrication techniques and tools.
The job requires hands-on experience with numerous specific laboratory and analytical tools for failure analysis and metrology.
The advanced semiconductor fabrication techniques required are commonly used in the development and manufacturing of superconducting quantum circuits.
The role requires a strong background in materials science and focuses on semiconductor fabrication processes.
The fabrication work aims to improve device coherence and overall quantum performance, linking directly to noise analysis and benchmarking metrics.