Quantum Platform Integration Lead (Superconducting)

SkyWater Technology, Inc.; Minneapolis (MN); On-site; USD 103,000 - 171,000; Full time

Benefits offered by this job

401k match

Life insurance

On-site fitness facility

On-site self-serve market

Benefits from day one

Job summary

SkyWater Technology, Inc. in Bloomington, MN seeks a Quantum Platform Integration Senior Staff Engineer to drive process integration for superconducting Josephson Junction technologies.

You will advise on process module development, coordinate with engineers, and lead problem solving to advance superconducting offerings. Ideal candidates have advanced degrees in engineering with strong data analysis, DOE and SPC experience, and the ability to communicate complex results to program leaders.

Qualifications

• Bachelor's and Master's in engineering or PhD in a relevant field.
• 5–10 years (BS/MS) or 2–3 years (PhD).
• Experience in semiconductor process/fabrication and module development.

Responsibilities

• Advise on process module development and process control.
• Coordinate with process & tool engineers for superconducting device features.
• Lead structured problem solving to resolve technology issues.
• Define and implement process experiments for development and module characterization.
• Analyze and report results of process experiments to the team.
• Interpret results from failure analysis and electrical test data.
• Drive qualification milestones for new superconducting offerings.
• Interface with customers on technical requests and challenges.

Skills

Data analysis

Team collaboration

Problem solving

Communication

Self-motivated

Education

Bachelor's & Master's in Engineering

PhD in Electrical/Materials/Chemical Eng/Physics

Tools

Statistical analysis tools

DOE

SPC

Job description

SkyWater Technology, Inc. in Bloomington, MN seeks a Quantum Platform Integration Senior Staff Engineer to drive process integration for superconducting Josephson Junction technologies.

You will advise on process module development, coordinate with engineers, and lead problem solving to advance superconducting offerings. Ideal candidates have advanced degrees in engineering with strong data analysis, DOE and SPC experience, and the ability to communicate complex results to program leaders.