Process Engineer 2: Dielectric Etch Specialist (Hybrid)

Lam Research Salzburg GmbH; Fremont (CA); On-site; USD 95,000 - 140,000; Full time

Job summary

Lam Research in Fremont, CA is seeking a Process Engineer 2 to drive process development for dielectric etch and related deposition technologies. You will work on cutting‑edge semiconductor equipment, develop new formulations, and define hardware requirements to meet processing goals.

The role emphasizes collaboration, data analysis, and optimization to improve yields while reducing costs. Hybrid on-site options and a strong emphasis on innovation support the next generation of semiconductor

Qualifications

• Master’s degree in Materials Science, Chemical Engineering, Chemistry or Physics or related field with no previous professional experience; or equivalent experience.
• This is a graduate eligible role.
• Familiarity with laboratory work and semiconductor equipment; surface analysis techniques.

Responsibilities

• Conduct process engineering research, development, and evaluation for Lam’s semiconductor equipment and systems.
• Review and enhance processing techniques used in manufacture and fabrication.
• Develop and sustain new processes to reduce costs and increase yields.
• Analyze test data to define next steps and specify process limits and variables.
• Collaborate to plan, collect data, and report on customer demos.

Skills

Statistical analysis

DOE

Laboratory experience

Data analysis

MATLAB

Python

Education

Master's degree in Materials Science, Chemical Engineering, Chemistry or Physics or related field

Tools

JMP

Minitab

Job description

Lam Research in Fremont, CA is seeking a Process Engineer 2 to drive process development for dielectric etch and related deposition technologies. You will work on cutting‑edge semiconductor equipment, develop new formulations, and define hardware requirements to meet processing goals.

The role emphasizes collaboration, data analysis, and optimization to improve yields while reducing costs. Hybrid on-site options and a strong emphasis on innovation support the next generation of semiconductor