Senior Industrial Quality Engineer

Lumileds Malaysia Sdn Bhd; Bayan Lepas; On-site; MYR 60,000 - 80,000; Full time

Job summary

A global LED technology leader is seeking an Industrial Quality Engineer in Penang to drive quality assurance activities. Responsibilities include developing inspection processes and collaborating with teams for compliance. Candidates must have 3-7 years of experience, knowledge of quality systems, and a background in engineering or applied sciences. This role offers an opportunity to enhance quality standards within the company.

Qualifications

• 3 - 7 years of experience in quality engineering.
• Understanding of FMEA & SPC for process control.
• Ability to conduct root cause analysis and corrective actions.

Responsibilities

• Develop and implement quality assurance plans.
• Monitor manufacturing processes for quality risks.
• Lead root cause analysis and corrective action initiatives.
• Collaborate with teams to validate new processes.
• Perform process capability analysis and risk assessments.

Skills

Knowledge in quality system (ISO/IATF 16949)

Knowledge in Statistics and 8D Problem Solving

Basic materials properties knowledge

Hardworking and flexible

Education

Engineering or Applied Science

Job description

Lumileds International is a global leader in LED technology, innovation, and solutions for automotive, display, illumination, mobile, and other markets where light sources are essential. Our approximately 3,300 employees operate in over 15 countries to partner with our customers to deliver solutions for lighting, safety, and well-being.

Position Summary

We are seeking an Industrial Quality Engineer to take responsibility for Industrial Quality activities. Responsible for the implementation of the good quality and process control system, drive value quality improvement projects, manage product & manufacturing line non-conforming materials and lead customer returns investigation. He/she will also be engaged and drive the regular manufacturing conforming process audits and work with both manufacturing and engineering teams to ensure effective corrective actions are in place. The candidate will also be supporting the new process/product introduction and ramp.

What You Will Do

• Develop and implement quality assurance plans, inspection processes, and testing protocols to ensure product and process compliance with company and industry standards.
• Monitor manufacturing processes to identify deviations and potential quality risks, and work proactively to resolve them.
• Lead root cause analysis and corrective/preventive action (CAPA) initiatives to address product defects, process failures, and customer complaints.
• Collaborate with product development, manufacturing, and supplier teams to validate new processes, materials, and design changes.
• Perform process capability analysis, risk assessments, and reliability testing to support product quality and manufacturing efficiency.
• Ensure compliance with regulatory requirements and customer specifications through documentation, audits, and process controls.
• Conduct control plans audits to ensure process compliance to requirements.
• Collect and analyze quality data, generate reports, and provide recommendations for continuous improvement.
• Support the implementation of Lean, Six Sigma, or other quality improvement methodologies.
• Facilitate training and development related to quality standards and best practices within the organization.

What You Will Bring (REQUIRED Qualifications)

• Knowledge in quality system (ISO/IATF 16949) and process control such as FMEA & SPC.
• Knowledge in Statistics and 8D Problem Solving.
• Have basic materials properties, thermal mechanical and a good understanding on the interaction between the process & materials used, for effective problem solving.
• Hardworking, Independent, Flexible, and with a Positive attitude.

Field of Study

Engineering or Applied Science related fields.

Years of Experience (Minimum)

3 - 7 years.

Preferred Qualifications

• Knowledge of automotive quality standards and 5 core tools (APQP, FMEA, MSA, SPC, PPA).
• Technically capable of participating on complex problem solving that involve interaction between materials used, process and equipment.