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About the Role
Shape the future of quantum computing as a Materials Scientist specialized in failure analysis. Utilize top-notch microscopy techniques to enhance superconducting chip development.
Candidates should have a Ph.D. or M.Sc. in a relevant science or engineering field, with a particular focus on hands-on work involving FIB‑SEM and EDS. You will analyze superconducting materials, collaborating with experts to ensure successful fabrication processes and document outcomes effectively.
Key Responsibilities:
• Conduct thorough failure analysis using advanced microscopy
• Analyze and interpret data via various characterization methods
• Investigate material defects affecting circuit functionality
• Collaborate with internal teams to facilitate research
• Guide new material systems development through modeling
Requirements:
• Ph.D. or M.Sc. in materials science or a related discipline
• Expertise in FIB‑SEM and EDS methodologies
• Proven critical thinking and techn...
Candidates should have a Ph.D. or M.Sc. in a relevant science or engineering field, with a particular focus on hands-on work involving FIB‑SEM and EDS. You will analyze superconducting materials, collaborating with experts to ensure successful fabrication processes and document outcomes effectively.
Key Responsibilities:
• Conduct thorough failure analysis using advanced microscopy
• Analyze and interpret data via various characterization methods
• Investigate material defects affecting circuit functionality
• Collaborate with internal teams to facilitate research
• Guide new material systems development through modeling
Requirements:
• Ph.D. or M.Sc. in materials science or a related discipline
• Expertise in FIB‑SEM and EDS methodologies
• Proven critical thinking and techn...
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