Power Device Yield & Performance Engineer

Wolfspeed; Town of Marcy, Northern (NY, KY); Hybrid; USD 81,000 - 111,000; Full time

Benefits offered by this job

Childcare assistance

Continuing education assistance

Employee Resource Groups

Job summary

Wolfspeed is seeking a semiconductor product engineer to support the yield and performance of power products. You will monitor device health, analyze data, and drive root-cause investigations across process, flows, and product teams.

The role emphasizes problem solving, planning, and collaboration to ensure predictable starts and fab stability, with an emphasis on electronics materials knowledge and device physics.

Qualifications

• BS in Electrical Engineering, Chemical Engineering, Materials Science, or Equivalent required.
• Advanced degree preferred.
• Minimum of 3 years experience with a BS or 1 year with a Masters.

Responsibilities

• You will work on complex problems and drive solutions in response to product deviations.
• You will also track and maintain yield performance to enable predictable starts planning and fab stability.
• The Day-to-Day Monitor key device performance attributes to ensure device health.
• Strong data analysis skills to drive root cause for parametric shifts or issues.
• Drive problem solving across multiple teams (i.e. process, flows, product).
• Respond to deviations in our product lines and customer concerns and drive to root cause.
• Develop solutions to problems utilizing structured problem-solving tools.
• Support planning to predict yield outcome and product starts.

Skills

Data analysis

Problem solving

Cross-functional collaboration

Education

BS in Electrical Engineering, Chemical Engineering, Materials Science, or Equivalent

Advanced degree preferred

Job description

Wolfspeed is seeking a semiconductor product engineer to support the yield and performance of power products. You will monitor device health, analyze data, and drive root-cause investigations across process, flows, and product teams.

The role emphasizes problem solving, planning, and collaboration to ensure predictable starts and fab stability, with an emphasis on electronics materials knowledge and device physics.