NPI Process Engineer: DFM, Yield & Optimization

QUADRANT TECHNOLOGY (MALAYSIA) Sdn Bhd; Kampung Baru Ulu Tiram; On-site; MYR 72,000 - 108,000; Full time

Job summary

Quadrant Technology (Malaysia) Sdn Bhd is seeking a Process Engineer to develop, optimize, and audit manufacturing process routes, conduct DFM analysis, and lead New Product Introduction (NPI) trials on the shop floor.

You will act as the technical backbone connecting client specifications with shop-floor operations, driving continuous yield improvement, process reliability, and manufacturing efficiency through disciplined SOPs and data-driven improvements.

Qualifications

• Diploma or Bachelor’s degree in Mechanical Engineering, Manufacturing, Materials, Automation, or related field.
• 2–3+ years of process/manufacturing engineering in precision machining or general machinery.
• Proficient in reading complex 2D/3D drawings and GD&T.

Responsibilities

• Review client requirements and 2D/3D drawings to perform DFM analysis and prepare feasibility reports.
• Define optimal manufacturing process routes, equipment sequences, machining parameters, and standard cycle times.
• Design fixtures, jigs, and tooling drawings to ensure production efficiency and accuracy.
• Lead New Product Introduction (NPI) trial runs on the shop floor, troubleshoot issues, and ensure smooth mass production handovers.
• Perform process discipline audits, enforce SOP compliance, and implement continuous improvements to reduce scrap and boost yield.
• Provide process data for sales quotations, including cycle time, material utilization, and loss rate calculations.

Skills

Analytical skills

CAD skills

GD&T

2D/3D drawings analysis

Education

Diploma or Bachelor's in Mechanical Engineering

Tools

AutoCAD

SolidWorks

Job description

Quadrant Technology (Malaysia) Sdn Bhd is seeking a Process Engineer to develop, optimize, and audit manufacturing process routes, conduct DFM analysis, and lead New Product Introduction (NPI) trials on the shop floor.

You will act as the technical backbone connecting client specifications with shop-floor operations, driving continuous yield improvement, process reliability, and manufacturing efficiency through disciplined SOPs and data-driven improvements.