Senior NPI ATE & IVR/PMIC Engineer — Data Center Power

Advanced Micro Devices; Singapore; On-site; SGD 80,000 - 110,000; Full time

Job summary

A leading semiconductor company is seeking a New Product Introduction Engineer in Singapore. The role involves driving product development through test solutions for next-generation technologies. Successful candidates will have a strong foundation in electrical engineering, excellent technical and leadership capabilities, and hands-on experience with test ATE platforms. This position offers opportunities for collaboration with global teams and a chance to influence product outcomes, ensuring high performance and reliability in advanced computing applications.

Benefits

Competitive salary

Comprehensive benefits package

Opportunity for career development

Qualifications

• Strong background in Integrated Voltage Regulator (IVR) testing.
• Hands-on expertise in Teradyne or Advantest ATE platforms.
• Experience in semiconductor industry, especially in analog/mixed-signal IC testing.

Responsibilities

• Drive product cost through quality and yield improvement.
• Lead engineering efforts in silicon characterization.
• Collaborate with design teams to define test specifications.
• Automate data collection and analysis.

Skills

Technical skills

Analytical skills

Leadership skills

Problem-solving skills

Education

BS/MS Electrical Engineering or Computer Engineering

Tools

Teradyne ATE platforms

Advantest ATE platforms

MATLAB

Python

SAS

Power BI

Job description

A leading semiconductor company is seeking a New Product Introduction Engineer in Singapore. The role involves driving product development through test solutions for next-generation technologies. Successful candidates will have a strong foundation in electrical engineering, excellent technical and leadership capabilities, and hands-on experience with test ATE platforms. This position offers opportunities for collaboration with global teams and a chance to influence product outcomes, ensuring high performance and reliability in advanced computing applications.