Lead RF/SOI Device Engineer: Design, Optimize & Qualify

GLOBALFOUNDRIES SINGAPORE PTE. LTD.; Singapore; On-site; SGD 120,000 - 180,000; Full time

Job summary

GlobalFoundries Singapore is seeking a device engineering lead to drive development, optimization, and qualification of RF semiconductor devices. You will own DOE experiments, analyze results, and partner with process integration and TCAD teams to boost device performance.

The role emphasizes collaboration with customers, establishing new design rules, test structures, and innovative approaches for continuous device improvement in a dynamic manufacturing environment.

Qualifications

• Degree/Masters/PhD in Electrical or Electronics Engineering or equivalent
• PhD requires >5 years, Degree/Masters require >8 years of experience
• Wafer Fab device engineering ownership experience, preferably RF devices

Responsibilities

• Lead development, optimization, characterization and qualification of semiconductor devices.
• DOE design, execution and analysis of results.
• Collaborate with process integration engineers to improve device performance.
• Work with TCAD engineers to predict device results.
• Own and drive technical device problem solving.
• Interact with internal & external customers and respond to technical queries.
• Establish new technology design rules, test structures and test methodologies.
• Innovate new methods of continuous device improvement.

Skills

Semiconductor device physics

RF fundamentals

Interpersonal communication

Education

PhD in Electrical Engineering

Masters in Electrical Engineering

Bachelor’s degree in Electrical/Electronics Engineering

Tools

RF test equipment

Wafer fab process knowledge

Job description

GlobalFoundries Singapore is seeking a device engineering lead to drive development, optimization, and qualification of RF semiconductor devices. You will own DOE experiments, analyze results, and partner with process integration and TCAD teams to boost device performance.

The role emphasizes collaboration with customers, establishing new design rules, test structures, and innovative approaches for continuous device improvement in a dynamic manufacturing environment.