Process Integration Engineer — Onsite: Yield & New Tech

Samsung Semiconductor; Austin (TX); On-site; USD 95,000 - 120,000; Full time

Job summary

Samsung Austin Semiconductor is seeking a Process Integration Engineer to work on new technology development, device targeting, and yield/defect improvement. The role involves understanding 8/10/14/28nm process flows, including process integration, electrical test, reliability, DOEs, and layout weak point analysis with physical measurements.

You will design experiments, analyze data, and communicate findings to leadership to drive large-scale changes in manufacturing.

Qualifications

• Bachelor’s degree in one of the related fields with 2+ years in semiconductor industry (Master's/PhD preferred).
• Understanding of FinFET technology integration is highly desirable.
• Basic understanding of unit processes including thin films deposition, lithography, etch, diffusion, wet process, Cu plating, and CMP.

Responsibilities

• Manage projects related to new technology development, qualification, yield and KPI improvements.
• Design, execute, and analyze experiments.
• Use software to analyze data and perform statistical analysis.
• Communicate results to leadership to inform large-scale changes.
• Troubleshoot yield, defect, and electrical performance issues.
• Develop Change Point Management plans.
• Present technical information to stakeholders.

Skills

Semiconductor industry experience

FinFET technology

Data analysis

Education

Bachelor’s degree (Physics, Chemistry, E.E., Chemical E., Materials Science)

Tools

TEM

SEM

Job description

Samsung Austin Semiconductor is seeking a Process Integration Engineer to work on new technology development, device targeting, and yield/defect improvement. The role involves understanding 8/10/14/28nm process flows, including process integration, electrical test, reliability, DOEs, and layout weak point analysis with physical measurements.

You will design experiments, analyze data, and communicate findings to leadership to drive large-scale changes in manufacturing.