Fab Operations Shift Lead — Process & Quality Excellence

GlobalFoundries inc.; Malaysia; On-site; MYR 120,000 - 190,000; Full time

Job summary

GlobalFoundries in Malaysia (Penang) seeks a Process Engineering and Sustaining leader to drive optimization across fab operations. You will oversee a 12‑hour shift PAE team, ensure MRB/TECN/8D compliance, and lead initiatives to improve CPK, SPC, productivity and cost while maintaining quality.

You will mentor engineers, coordinate with equipment and manufacturing managers, monitor projects, and develop plans to minimize wafer scrap and defects, while steering CIP programs and vendor

Qualifications

• MS/BS in Chemical Engineering, Electrical/Electronic Engineering, Mechanical Engineering, Materials Science Engineering, Chemistry & Physics or other relevant qualification.
• 5–8 years of relevant experience in semiconductor industry.
• Proven ability to identify, assess and solve problems; good communication and leadership skills.

Responsibilities

• Lead the Process Engineering and Sustaining group to meet module goals and improve process capability.
• Set expectations on MRB/TECN/8D compliance and effective SPC/FMEA usage.
• Drive continuous improvement to prevent quality, line yield and sort yield excursions.
• Coordinate with Equipment and Manufacturing Managers to address constraints and OEE.
• Forecast and budget chemical/material costs and drive cost reductions.

Skills

Leadership

Problem solving

Communication

Education

MS/BS in Chemical Engineering, Electrical/Electronic Engineering, Mechanical Engineering, Materials Science Engineering, Chemistry & Physics or other relevant qualification

Job description

GlobalFoundries in Malaysia (Penang) seeks a Process Engineering and Sustaining leader to drive optimization across fab operations. You will oversee a 12‑hour shift PAE team, ensure MRB/TECN/8D compliance, and lead initiatives to improve CPK, SPC, productivity and cost while maintaining quality.

You will mentor engineers, coordinate with equipment and manufacturing managers, monitor projects, and develop plans to minimize wafer scrap and defects, while steering CIP programs and vendor