Senior/Staff ChipFab Process Engineer

Broadcom; George Town; On-site; MYR 180,000 - 300,000; Full time

Job summary

Broadcom in Malaysia seeks a Process Engineer to own chip fab backend processes for laser devices, overseeing subcontractor operations and acting as the technical authority for scribe, brake, stacking, and unstacking.

You will drive tool qualification, NPI, and process transfers, ensuring quality, yield, and efficiency across regions and suppliers while maintaining data-driven governance and CAPA programs.

Qualifications

• Master's degree in Engineering (Physics, Electrical, or Mechanical).
• 5–15 years in backend semiconductor processes with dicing, scribe & cleave, PnP, AVI tools, burn-in, wafer mounting.
• Strong knowledge of SPC, DOE, FMEA, DMAIC; JMP, Tableau, and SQL.
• Experience with laser manufacturing principles using InP and GaAs materials.
• Proficient in JMP scripting and data analysis for reporting automation.

Responsibilities

• Serve as technical lead for wafer scribing, stacking, and unstacking backend operations.
• Oversee day-to-day subcontractor manufacturing operations across regions with remote monitoring.
• Define requirements for new tool acquisitions and engineering upgrades with suppliers.
• Collaborate to drive UPH improvement and overall process efficiency.
• Lead buy-off and qualification of new equipment for production scaling.
• Drive NPI and transfer processes from design to high-volume manufacturing.
• Establish process qualification methods and present data to stakeholders.
• Perform root-cause analysis and implement CAPA to resolve excursions.
• Define SPC strategies, FMEA, OCAP, and data-driven process control plans.
• Partner with cross-functional teams and external foundries to align goals.
• Analyze yield detractors and optimize equipment utilization to reduce cost-per-die.
• Create dashboards and KPIs to monitor backend processes and report to management.
• Develop SOPs and technical reports for backend processes.

Skills

SPC & DOE

FMEA

Data Analysis

Process Improvement

JMP

Tableau

SQL

AutoCAD

SolidWorks

Education

Master's Degree in Engineering

Tools

JMP

Tableau

SQL

AutoCAD

SolidWorks

Job description

Job Description

Job Summary

As a Process Engineer, you will own the Chip Fab backend processes for laser devices, driving productivity, yield, quality, and reliability across subcontractor facilities. Acting as a Resident Engineer, you will oversee day-to-day subcontractor operations to ensure shipment commitments are consistently met. You will serve as the technical authority for Scribe & Brake, Stacking, and Unstacking processes, manage capacity expansion through new tool qualification, and ensure a seamless transition from R&D to high-volume manufacturing (HVM).

Key Responsibilities

• Serve as the technical lead and key decision-maker for wafer scribing, stacking, and unstacking backend operations.
• Act as a Resident Engineer to oversee day-to-day subcontractor manufacturing operations across regions, utilizing remote monitoring to ensure consistent performance.
• Act as the primary technical point of contact for equipment suppliers, defining requirements for new tool acquisitions and engineering upgrades.
• Collaborate with equipment suppliers to demand error-free processes and drive engineering improvements for Units Per Hour (UPH) accuracy and overall operational efficiency.
• Lead the buy-off and qualification of new equipment to support production scaling, collaborating closely with Product, Quality, and R&D teams.
• Drive New Process Integration (NPI) and formal process transfers from the design phase to high-volume manufacturing.
• Lead change management initiatives by establishing rigorous process change qualification methods and presenting comprehensive data to stakeholders for approval.
• Perform deep-dive root cause analysis and implement robust Corrective and Preventive Actions (CAPA) to resolve process excursions and eliminate defect sources.
• Define and execute comprehensive process control plans, including Statistical Process Control (SPC) strategies, FMEA, and Out-of-Control Action Plans (OCAP).
• Partner with cross-functional teams (equipment, integration, quality, R&D) and external foundries to align technical goals with operational strategies.
• Analyze statistical data to identify yield detractors, optimize equipment utilization, and improve operational efficiency to lower the cost-per-die.
• Establish dashboards and KPIs to track the health of wafer scribe and laser bar stack/unstack processes; monitor daily cycle times, flag critical issues immediately, and provide periodic management reports.
• Create and maintain Standard Operating Procedures (SOPs), technical reports, change management documents, and data analysis for assigned backend processes

Qualifications

• Master's Degree in Engineering (Physics, Electrical Engineering, or Mechanical Engineering).
• 5-15 years in backend processes, including 5+ years of hands-on experience with dicing, scribe & cleave, Pick-and-Place (PnP), automated bar-handling, AVI tools, burn-in processes, wafer mounting tools, hoop ring tape transfers, and mechanical/precision engineering concepts.
• Strong fundamentals in statistics and working knowledge of SPC, DOE, FMEA, DMAIC, as well as advanced tools such as JMP, Tableau, and SQL.
• Demonstrated knowledge of process capability indices (Cpk, Ppk), equipment reliability metrics (MTBA, MTBF), and statistical comparison of tool-to-tool performance.
• Solid knowledge of laser (DFB, EML, VCSEL) manufacturing principles using InP (Indium Phosphide) and GaAs (Gallium Arsenide) materials.
• Strong data analysis skills with the ability to swiftly handle, join, filter, and group large datasets for critical business decisions, alongside proficiency in JMP scripting and programming for data analysis and reporting automation.
• Energetic, resilient leader with excellent interpersonal and presentation skills, capable of communicating complex data effectively to leadership and adapting to high-stress, fast-paced environments.
• Experience in AutoCAD and SolidWorks is an added advantage.

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