Industrial Engineer

Intel Intel · Semiconductors · Penang, Malaysia

Industrial Engineer responsible for developing metrics to measure factory capacity and output, identifying bottlenecks, and implementing plans for facility modifications and operating methods. The role involves integrating new products, analyzing capacity requirements, leading teams to remove roadblocks, conducting capacity assessments, validating product performance, studying equipment mechanisms, designing equipment metric models, and providing solutions for virtual factory capacity and resource optimization to meet schedules and cost targets. Requires structured problem solving, data analysis and visualization, and experience in capacity improvement projects.

What you'd actually do

  1. Industrial engineers develop metrics to measure equipment and factory capacity and output and to identify equipment and process flow bottlenecks.
  2. Conducts studies pertaining to cost control, cost reduction, inventory control, and production record systems.
  3. Based on these studies, develops and implements plans and programs for facility modifications and revisions to operating methods.
  4. Performs a key role in the integration of the new products, module run rate, and capacity analysis.
  5. Engages with stakeholders to ensure capacity requirements are correctly mapped according to the product roadmap, pace loading, and build plans.

Skills

Required

  • Structured Problem Solving
  • A3
  • PDCA cycles
  • Data processing
  • analysis
  • visualization
  • Excel
  • JMP
  • SQL Pathfinder
  • Power BI
  • Reporting
  • Data Monitoring
  • capacity and efficiency cost improvement projects
  • English verbal and written communication skills
  • analytical skills
  • work effectively independently and as part of a larger team

Nice to have

  • manufacturing environment
  • industrial engineering works
  • factory physics
  • flow
  • manufacturing capacity management
  • dynamic environment
  • capacity planning
  • capital equipment management
  • equipment/process engineering
  • understanding of tools, mechanisms, and machine behaviors