Total Productive Maintenance (TPM) – OEE Training



  • Maintenance Concept and History, Maintenance and Cost Relationship, Waste Analysis in the Maintenance Process
  • TPM Concept and History, Traditional Approach and TPM Approach
  • Basic Elements of TPM, Implementation Steps of TPM
  • Responsibilities of Production and Maintenance Departments, Types of Maintenance
  • Failure Tracking Parameters (MTTR (Mean Time To Retrieve), MTBF (Mean Time Between Failure), MTTF (Mean Time To Failure) rates) Definitions and Calculation Methods
  • Autonomous Maintenance Steps, Using TPM Error Card
  • Case Studies, Images and Case Studies, Single Point Lesson, TPM, and JIT Relation
  • OEE Concept and Calculation Method, Continuous Improvement in OEE
  • Industry 4.0 in Maintenance, Comparison of Traditional and Smart Care / Advantages of Smart Care


  • Setting up an autonomous maintenance system
  • OEE calculation, OEE improvement


  • To be able to define the maintenance cost relationship, to determine the types of maintenance needed in the system.
  • To be able to make the necessary preparations to create autonomous maintenance forms.
  • Ability to create autonomous maintenance form and single point lesson form for these points
  • Ability to calculate MTTR (Mean Time To Retrieve), MTBF (Mean Time Between Failure), MTTF (Mean Time To Failure) rates.
  • Ability to calculate the availability rate, quality rate, and performance rate parameters, which are the breakdowns of OEE.
  • Ability to calculate OEE on a business basis, on a machine basis, on an operator basis, on a work order basis, on a shift basis, and determine purposes.
  • To be able to make progress towards zero downtime and zero error at workstations, to establish a Lean maintenance management system.
  • Learning the concept of Smart Maintenance and its advantages.