Senior Device Integration Engineer – SRAM & Yield Optimization

Samsung Electronics; Austin (TX); On-site; USD 131,000 - 175,000; Full time

Benefits offered by this job

Medical, dental, and vision insurance

Life insurance and 401(k) matching

Onsite fitness facilities

Paid maternity and paternity leave

Paid time off and holidays

Job summary

Samsung Austin Semiconductor is seeking a Device Integration Engineer to optimize transistor performance and maximize yield for 14nm derivative generations. You will collaborate across module integration, process architecture, and design verification to ensure manufacturability and reliability.

The role emphasizes ET, SRAM analysis, and cross-functional problem solving in a high-volume production environment.

Qualifications

• 8+ years of semiconductor industry experience required.
• Understanding of device physics interactions and SRAM design verification.
• Experience with DOE, SPC, and data mining for yield analysis.

Responsibilities

• Ensure targeting of transistor ET trends to specs and perform root cause analysis.
• Analyze inline metrology and FDC to ET and its effect on Parametric Yield.
• Own Parametric Yield and WAT management for one or more products.
• Execute experiments to optimize transistor performance and yield.
• Lead Task Force teams to tackle yield, performance, or reliability issues.
• Support unit processes and process integration with device impact analyses.
• Conduct SRAM performance analysis across corners and temperatures.

Skills

8+ years semiconductor experience

SRAM design verification

DOE and SPC data analysis

Electrical test understanding

Education

Bachelor's degree in Electrical, Computer, Chemical, or Materials Science (or related fields)

Master's or PhD is a plus

Tools

JMP

Spotfire

SPICE modeling

Job description

Samsung Austin Semiconductor is seeking a Device Integration Engineer to optimize transistor performance and maximize yield for 14nm derivative generations. You will collaborate across module integration, process architecture, and design verification to ensure manufacturability and reliability.

The role emphasizes ET, SRAM analysis, and cross-functional problem solving in a high-volume production environment.