Lean Industrial Engineer: Drive Yield & Cost Reduction

XP Power

Perak

On-site

MYR 120,000 - 180,000

Full time

2 days ago

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Benefits offered by this job

Equal opportunities employer

Global company

Job summary

XP Power in Malaysia's Perak region seeks an Industrial/Manufacturing Engineer to drive lean initiatives, improve layouts, and reduce waste. You will analyze processes, lead Kaizen events, and develop work instructions for PCBA and mechanical assembly lines.

Req: Bachelor's in Engineering (Industrial preferred), 5+ years in manufacturing engineering, and proficiency in Lean, VSM, TPM, and AutoCAD. MOST/MTM certification is a plus. XP Power is a global power solutions provider.

Qualifications

Bachelor's degree in Engineering (Industrial preferred)
5+ years of experience in manufacturing engineering
Proficiency in Lean Manufacturing, VSM, Continuous flow, 5S, Cycle time, takt time, SMED, TPM; PCB Assembly, Box Build, Mechanical Assembly
Good interpersonal skills and a team player
Proficiency with analytical tools, workflow time study, and process balancing; MOST or MTM certification is a must
Experience with AutoCAD

Responsibilities

Design and implement LEAN practices (VSM, Continuous flow, Workplace organization 5S, Cycle time, takt time studies, Ergonomic, Define Waste, TPM program).
Analyze and evaluate existing systems and processes, identifying value-added and non-value-added activities.
Lead Kaizen events to find potential improvements.
Develop and implement work instructions and train team members.
Design, redesign, and enhance work areas and layouts to be more ergo friendly, reduce repetitive motions and inefficient methods.
Plan, select, design, and develop workplace and layout for manufacturing processes using lean manufacturing techniques.
Leads project teams to optimize existing PCBA & mechanical assembly processes on a continuous basis.
Coordinate and implement Continuous Improvement of processes to upgrade production yield and quality.
Identify opportunities for cost reduction.
Lead and drive for continuous improvement activities to achieve company objectives.
Drive for yield improvement and cost reduction project to achieve company objectives.
Minimize waste (scrap, cost of non-quality / conformance/nonvalue add).
Evaluate current industrial engineering practices and identify those needing improvement.
Manage production schedules and coordinate services to maximize productivity (capacity analysis)
Improve the efficiency of each production process.
Evaluate employees’ tasks and responsibilities, identifying procedures or tools to improve productivity.
Develop and maintain data collected.