Failure Analysis Engineer – Semiconductors

GlobalFoundries inc.; Singapore; Hybrid; SGD 60,000 - 90,000; Full time

Job summary

GlobalFoundries inc. is seeking an Engineer to perform product and layout studies, convert layouts to schematics, and analyze circuit behavior to identify failure signatures.

The role involves guiding test programs, developing characterization plans, and collaborating with designers to validate failure mechanisms. You will analyze inline data using Excel/JMP, perform basic trace work, and contribute to failure analysis across static and dynamic EFA environments, with a focus on independent and

Qualifications

• Bachelor's degree in Electrical Engineering or related field is required.
• Knowledge of semiconductor fundamentals, circuit design, fabrication process and device physics is essential.

Responsibilities

• Study product and layout, and convert to basic schematics.
• Understand circuit function and relate to failure signatures.
• Generate reports and highlight key issues from analyses.
• Characterize failures on tests and guide test engineering.
• Develop characterization plans to study failure signatures.
• Analyze data using Excel/JMP to determine fail die criticality.
• Collaborate with designers to identify failure mechanisms for further analysis.
• Assist with static and dynamic EFA setups and sanity checks.

Skills

Electrical knowledge

Semiconductor fundamentals

Circuit design

Fabrication process

Device physics

Programming (Perl, VBA, C)

Ownership / proactive attitude

Teamwork

Education

Bachelor's degree in Electrical Engineering

Tools

Excel

JMP

Job description

GlobalFoundries inc. is seeking an Engineer to perform product and layout studies, convert layouts to schematics, and analyze circuit behavior to identify failure signatures.

The role involves guiding test programs, developing characterization plans, and collaborating with designers to validate failure mechanisms. You will analyze inline data using Excel/JMP, perform basic trace work, and contribute to failure analysis across static and dynamic EFA environments, with a focus on independent and