PQE engineer

DUTIES & RESPONSIBILITIES:

1.

Be responsible of in-process manufacturing quality standards. Ensure the standards, instructions are applied.

2.

Define inspection plan, conduct in-process inspections and audits to identify and resolve quality issues promptly.

3.

Training and coaching subordinates for product specifications, standards, machines and instrument set-up and operations subordinate performance assessment.

4.

Monitor in-process quality performance. Analyze quality data to identify trends and root causes of defects, and implement corrective and preventive actions, perfrom limit samples preparation and submit for approval.

5.

Participate quality meetings in plant and/or with suppliers, vendors and reports. Take part of defect analysis, abnormality report, follow up actions, customer complain and claim, sorting, PFMEA.

6.

Verify quality risks related to 4M in process.

7.

Clearly understand self’s and section’s goals to make contribution to obtain quality and delivery goals. Lead or participate in quality improvement projects and initiatives.

Be accountable for the compliance to rules, procedures and requirement in terms of:

• 7S & KAIZEN
• Environmental Health Safety
• RBA & Social Responsibility
• Protection of company assets

8.

Understand, support and contribute to current Molex Total Quality Management (TQM), Six Sigma, International Standards Organization (ISO) and Environmental, and/or Health and Safety (EH&S) Management Systems by following stated policies and procedures.

09.

Establish the system to support quality KPI tracking and improvement (8D system, Abnormality handling system, training…) based on power BI, SharePoint or the other platform.And customer audit.

EDUCATION:

REQUIRED:

·College

PREFERRED:

·Mechanical or Electrical Engineering

WORK EXPERIENCE:

REQUIRED:

·At least 3 years experiences in manufacturing companies

SKILLS & ABILITIES:

REQUIRED:

• Proven experience in a quality engineering role within a manufacturing environment.
• Strong knowledge of quality control principles, statistical analysis, and problem-solving techniques focus on root cause analysis and continuous improvement and tools (e.g.,
• Lean, Six Sigma).
• Strong understanding of manufacturing processes, methodologies, and tools.
• Able to understand and use the engineer drawing.
• Able to use the measurement equipment or testing equipment.
• Have the on-job Training, Coaching skills and Basic management & Kaizen.
• knowedge.