Die Prep Process Engineer (MES Project)

Texas Instruments Incorporated; Kuala Lumpur; On-site; MYR 80,000 - 110,000; Full time

Job summary

Texas Instruments Incorporated in Malaysia seeks a Process Engineer to lead the digital design of our Die Prep manufacturing processes. This multi-phase role begins with a 1-month TI orientation, then deployment into a critical MES implementation project for 1–2 years before returning to production to apply digital process controls for yield and efficiency.

You will drive MES-focused Die Prep design, develop digital controls, validate workflows with quality and manufacturing teams, and use MES

Responsibilities

• MES Implementation (Project Phase): Drive Die Prep process design within the MES. Define flows, routing, and material handling.
• Control & Exception Handling: Define digital process controls and exception handling (holds/rework) specific to Die Prep/Dicing operations.
• Alignment & Validation: Validate workflows with quality and manufacturing teams; support UAT and deployment.
• Sustaining (Post-Project Phase): Return to production to utilize MES data for process optimization, yield analysis, and managing Die Prep process stability.

Job description

Change the world. Love your job.
Texas Instruments is seeking a Process Engineer to lead the digital design of our Die Prep manufacturing processes. This is a unique, multi-phase role: following a 1 month TI orientation familiarizing with TI systems while being deployed into a critical MES implementation project team for 1–2 years. Once the system is live, you will return to a production role, using your knowledge of digital process controls to drive yield and efficiency.

Key Responsibilities:

• MES Implementation (Project Phase): Drive Die Prep process design within the MES. Define flows, routing, and material handling.
• Control & Exception Handling: Define digital process controls and exception handling (holds/rework) specific to Die Prep/Dicing operations.
• Alignment & Validation: Validate workflows with quality and manufacturing teams; support UAT and deployment.
• Sustaining (Post-Project Phase): Return to production to utilize MES data for process optimization, yield analysis, and managing Die Prep process stability.