Semiconductor Process Engineer – Yield & Improvement

Polar Semiconductor; BLOOMINGTON (MN); On-site; USD 77,000 - 90,000; Full time

Job summary

Polar Semiconductor is seeking a candidate in Bloomington, MN to join the team with a focus on process optimization, materials disposition, and supporting equipment qualifications and new tool startups.

You will analyze failed runs, drive continuous improvement in yield and cost, and assist in the development of key technologies. The role requires collaboration across multiple functions and a strong foundation in semiconductor processing techniques.

Qualifications

• Requires a Bachelor's degree in Chemical Engineering, Physics, Chemistry or related field.
• Knowledge of semiconductor processing techniques and statistics.
• Working knowledge of SPC, Gage R&R, and Six-Sigma methodology.
• Strong communication skills (both written and verbal) are a must as this role will require in depth cooperation with multiple functions and manufacturing sections.
• Skills in technical writing, computers, problem solving and organization.

Responsibilities

• Disposition discrepant material in a timely manner and respond to high priority holds.
• Maintain recipes that are reliable and accurate.
• Support manufacturing teams with equipment qualification and new tool startups.
• Be responsive to out of control events and react quickly with process groups.
• Assist in the development of key technologies.
• Support projects to drive continuous improvement in yield, operational efficiency, and cost.
• Facilitate training for technicians and production specialists.
• Analyze failed runs to identify the source of process errors and recommend process changes.

Skills

Strong communication skills

Problem solving

Organization

Technical writing

Six-Sigma

Education

Bachelor's degree in Chemical Engineering

Bachelor's degree in Physics

Bachelor's degree in Chemistry

Related field

Tools

SQL

MS Access

Job description

Polar Semiconductor is seeking a candidate in Bloomington, MN to join the team with a focus on process optimization, materials disposition, and supporting equipment qualifications and new tool startups.

You will analyze failed runs, drive continuous improvement in yield and cost, and assist in the development of key technologies. The role requires collaboration across multiple functions and a strong foundation in semiconductor processing techniques.