Photolithography Process Engineer – Sustaining & Yield

Analog Devices; Beaverton (OR); On-site; USD 75,000 - 103,000; Full time

Benefits offered by this job

Medical coverage

Vision and dental plans

401k with company match

Paid vacation and holidays

Sick time

Job summary

Analog Devices is seeking an experienced professional to sustain high-volume wafer production with deep photolithography expertise. You will drive process improvements, investigate root causes, and implement quality programs in a fast-paced fabrication environment.

The role emphasizes technical leadership, cross-functional collaboration, and an ability to optimize cost and cycle times while ensuring product quality across tools and processes in a 24/7 operation.

Qualifications

• Bachelor’s degree in Physics, Chemistry, Materials Science, Electronics, or a related engineering field.
• 2+ years of semiconductor manufacturing experience in photolithography.
• Good understanding of photolithography theory and process knowledge.
• Excellent communication and teamwork skills.
• Demonstrated technical leadership skills and ability to engage with diverse backgrounds.

Responsibilities

• Sustaining high volume wafer manufacturing with technical expertise in photolithography.
• Developing improvements to manufacturing processes and production flows to improve yield, quality, cost, and cycle time.
• Root cause investigation of discrepant material and quality improvement programs.
• Troubleshooting process shifts and applying SPC fundamentals for improvement.
• Qualifying new equipment and processes.

Skills

Photolithography

Semiconductor manufacturing

Communication skills

Teamwork

Technical leadership

Process optimization

Education

Bachelor’s degree in Physics, Chemistry, Materials Science, Electronics or related engineering

Tools

TEL ACT8 track

Spin on Glass

Die Coat Polyimide

Job description

Analog Devices is seeking an experienced professional to sustain high-volume wafer production with deep photolithography expertise. You will drive process improvements, investigate root causes, and implement quality programs in a fast-paced fabrication environment.

The role emphasizes technical leadership, cross-functional collaboration, and an ability to optimize cost and cycle times while ensuring product quality across tools and processes in a 24/7 operation.