Process Engineer

Taiyo Plastic Corporation of the Phils; General Trias; On-site; PHP 260,000 - 380,000; Full time

Job summary

Taiyo Plastic Corporation of the Phils in Cavite seeks a process development engineer to lead PES staff and drive injection molding initiatives from concept to production.

You will conduct mold trials, sampling, and validation; review part designs for manufacturability; collaborate with customers and mold makers; analyze process capability and implement corrective actions; prepare technical reports; lead optimization of injection molding during development.

Qualifications

• Injection molding principles and materials (PP, ABS, PC, Nylon, etc.)
• Mold design concepts and tooling construction
• Process troubleshooting and root cause analysis
• Measurement systems and basic metrology
• Quality tools (PPAP, FMEA, Control Plans, SPC)
• Methods engineering, Engineering analysis tools, TMS and Process experimentation.

Responsibilities

• Conduct mold trials, sampling and process validation;
• Review part designs for manufacturability;
• Collaborate with customers and mold makers during product development;
• Analyze process capability and implement corrective actions;
• Prepare and review technical reports and validation records;
• Lead optimization of injection molding process during development.

Job description

Job Description

The applicant will be leading PES Staffs and will handle process development, parts development customer quality compliance, cross functional and production support responsibilities.

• Conduct mold trials, sampling and process validation;
• Review part designs for manufacturability;
• Collaborate with customers and mold makers during product development;
• Analyze process capability and implement corrective actions;
• Prepare and review technical reports and validation records;
• Lead optimization of injection molding process during development.

Job Qualifications

With experience to the following:

• Injection molding principles and materials (PP, ABS, PC, Nylon, etc.)
• Mold design concepts and tooling construction
• Process troubleshooting and root cause analysis
• Measurement systems and basic metrology
• Quality tools (PPAP, FMEA, Control Plans, SPC)
• Methods engineering, Engineering analysis tools, TMS and Process experimentation.