Junior Product Engineer: Fresh Grad, Drive Process & Production

Chipbond Technology Malaysia; Penang; On-site; MYR 80,000 - 110,000; Full time

Job summary

Chipbond Technology Malaysia is seeking a professional to lead the Product Introduction and Overall Integration (NPI/Transfer). You will drive integration from customer design to pilot and mass production, and coordinate with frontend, backend, and testing teams.

The role includes defining the product roadmap, milestones, and risk plans, and acting as the main technical contact for customers. Strong collaboration across departments to optimize yield and cycle time is essential.

Qualifications

• Bachelor's degree in any related engineering field.
• Fresh graduates encouraged to apply.
• Proficiency in AutoCAD is an added advantage.

Responsibilities

• Oversee integration and advancement of new products from design to pilot run and mass production.
• Act as integration contact for customers, frontend, backend, and testing.
• Plan and confirm product roadmap, milestones, and risk plans.
• Integrate the full process across Frontend / Bumping / Backend / Testing.
• Own cross‑department issue resolution including yield loss and reliability failures; communicate conclusions and improvement plans to customers.
• Serve as the primary technical contact/product owner for customers and explain process changes; support audits and reviews.
• Monitor mass production yield, cycle time, OEE, and quality trends; drive yield improvement and cost optimization.

Skills

AutoCAD

Education

Bachelor's degree in engineering

Tools

AutoCAD

Job description

Chipbond Technology Malaysia is seeking a professional to lead the Product Introduction and Overall Integration (NPI/Transfer). You will drive integration from customer design to pilot and mass production, and coordinate with frontend, backend, and testing teams.

The role includes defining the product roadmap, milestones, and risk plans, and acting as the main technical contact for customers. Strong collaboration across departments to optimize yield and cycle time is essential.