Mold and Symbol Trim Form (EOL) Equipment Engineer (MES Project)

Texas Instruments Incorporated; Kuala Lumpur; On-site; MYR 120,000 - 160,000; Full time

Job summary

Texas Instruments Incorporated in Malaysia is seeking an Equipment Engineer to drive the digital transformation of End-of-Line (EOL) manufacturing, focusing on Mold and Symbol Trim Form (STF) operations. The role begins with a 1-month TI orientation, followed by 1–2 years on an MES implementation project team, then transition to production to optimize uptime and automation.

Responsibilities include MES implementation, translating shop-floor needs into digital designs, validating integration, and

Responsibilities

• Lead MES implementation for the EOL project phase, defining workflows and interlocks for Mold and STF machines.
• Translate shop-floor requirements into digital process designs and data collection needs.
• Validate equipment integration scenarios and support UAT and deployment.
• Transition to production to optimize uptime and drive continuous improvement in automation.

Skills

MES expertise

Equipment engineering

Automation

Data collection

Validation

Job description

Change the world. Love your job.

Join TI as a specialized Equipment Engineer to drive the digital transformation of our to drive the digital transformation of our End-of-Line (EOL) manufacturing, specifically covering Mold and Symbol Trim Form (STF) operations. 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. Upon successful project completion, you will transition into a production role, utilizing your deep MES expertise to optimize equipment uptime and automation in a high-volume manufacturing environment.

Key Responsibilities:

• MES Implementation (Project Phase): Represent EOL Equipment Engineering in the MES rollout. Define equipment workflows, setup/recipe controls, qualification requirements, equipment states, and interlocks for both Mold and STF machines.
• Digital Integration: Translate physical shop-floor requirements (e.g., Mold cure/pressure/temp and STF mechanical/trimming parameters) into digital process designs and data collection needs.
• Validation: Validate equipment integration scenarios and support User Acceptance Testing (UAT) and deployment for both process areas.
• Sustaining (Post-Project Phase): Transition to production to manage equipment reliability, troubleshoot MES-related equipment issues, and drive continuous improvement in automation and uptime.