Test & Plating Process Engineer (MES Project)

Texas Instruments Incorporated; Kuala Lumpur; On-site; MYR 89,000 - 179,000; Full time

Job summary

Texas Instruments Incorporated is seeking a Process Engineer to lead the digital design of our Test & Plating manufacturing processes. The role starts with a 1 month orientation, then deployment into a MES implementation project for 1–2 years, after which you return to a production role applying digital process controls to improve yield and efficiency.

Key responsibilities include MES-driven process design, digital control logic, validation with manufacturing and quality teams, and

Responsibilities

• MES Implementation (Project Phase): Drive manufacturing process design within the MES. Define process flows, routing, material handling, and traceability.
• Control & Exception Handling: Design the digital logic for process controls and exception handling, including automated holds, rework loops, and material disposition.
• Alignment & Validation: Align requirements between manufacturing and quality teams. Validate proposed digital workflows and support UAT and deployment.
• Sustaining (Post-Project Phase): Transition to a production role to manage process stability, use MES data for yield enhancement, and optimize process parameters (e.g., wedge bonding optimization) through the new digital framework.

Job description

Change the world. Love your job.
Texas Instruments is seeking a Process Engineer to lead the digital design of our Test & Plating 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 manufacturing process design within the MES. Define process flows, routing, material handling, and traceability.
• Control & Exception Handling: Design the digital logic for process controls and exception handling, including automated holds, rework loops, and material disposition.
• Alignment & Validation: Align requirements between manufacturing and quality teams. Validate proposed digital workflows and support UAT and deployment.
• Sustaining (Post-Project Phase): Transition to a production role to manage process stability, use MES data for yield enhancement, and optimize process parameters (e.g., wedge bonding optimization) through the new digital framework.