Total Productive Maintenance (TPM) training

Certified TPM Professional Course

A comprehensive understanding of Total Productive Maintenance, an approach for improving equipment reliability, reducing downtime and maximizing overall operational efficiency.

  • 8 Pillars of TPM
  • Autonomous Maintenance
  • Equipment Losses & OEE
  • Kaizen

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Course description

Certified TPM Professional

The Certified TPM Professional program provides a comprehensive understanding of Total Productive Maintenance, a proven approach for improving equipment reliability, reducing downtime, and maximizing overall operational efficiency.

The course covers key TPM pillars, including autonomous maintenance, planned maintenance, and continuous improvement, helping organizations enhance productivity, reduce losses, and create a culture of proactive maintenance and operational excellence.

Operators and maintenance engineers inspecting a production machine during TPM training

Who Should Attend?

  • Maintenance and reliability professionals
  • Production and operations managers
  • Plant managers and supervisors
  • Quality and process improvement professionals
  • Engineers involved in equipment performance and maintenance
Course outline

What You Will Learn in the TPM Course

Fifteen topics, grouped into four parts from foundations to implementation.

Overview of TPM

  • TPM principles and its support to Lean transformation
  • Zero BAD (Breakdown, Accident and Defect) concept
  • TPM policies, goals, eight pillars of TPM and TPM organisation structure
  • TPM foundations: 5S and visual management
  • Visual control management

Maintenance & Kaizen

  • Equipment maintenance
  • Proactive and reactive approach
  • TPM tools: small group activities
  • Suggestion system and Kaizen

Tools & Loss Analysis

  • SMED, VTR study (Video Tape Recording), One-Point Lesson and Activity Board
  • Loss tree / cost tree analysis
  • Tag register, SOC (Source of Contamination) and HTA (Hard to Access) area

Pillars, OEE & Implementation

  • The 8 pillars of TPM and pillar methodology
  • Equipment loss and Overall Equipment Effectiveness (OEE)
  • TPM implementation

The goal of TPM: Zero BAD

Breakdowns, Accidents and Defects are what TPM works to bring down to zero.

Zero BreakdownNo unplanned breakdowns: equipment stops only for planned maintenance, not while it is running.
Zero AccidentSafe equipment and a safe workplace for operators and maintenance teams.
Zero DefectEquipment conditions controlled so defects are prevented, not sorted out later.
Framework

The 8 Pillars of TPM

The eight pillars are the structure of a TPM program. The course covers each pillar and its methodology.

1

Autonomous Maintenance

Operators handle basic care: cleaning, inspection, lubrication and early detection of abnormalities.

2

Planned Maintenance

Maintenance scheduled in advance to prevent breakdowns.

3

Focused Improvement

Targeted Kaizen that removes specific equipment losses.

4

Quality Maintenance

Controlling equipment conditions that affect quality, to prevent defects.

5

Early Equipment Management

Using lessons from existing equipment when designing and starting up new equipment.

6

Training & Education

Building the skills operators and maintenance teams need.

7

Safety, Health & Environment

Working towards zero accidents and a safe, healthy workplace.

8

Office TPM

Applying TPM thinking to administrative and support functions.

5S is commonly treated as the foundation of TPM. Pillar names vary slightly between sources: Office TPM is also called Administrative TPM, and Early Equipment Management is also called Early Management.

Equipment loss & OEE

What Is OEE (Overall Equipment Effectiveness)?

OEE shows how much of your planned production time is fully productive: running, at the right speed, and making good units. It is the product of three factors, and each is reduced by specific losses.

AvailabilityRun time ÷ Planned production timeReduced by stops: breakdowns and setup & adjustment.
Performance(Ideal cycle time × Total units) ÷ Run timeReduced by running slower than ideal: minor stops and reduced speed.
QualityGood units ÷ Total unitsReduced by rejects: production rejects and startup rejects.

Try the OEE calculator

The values are an example. Enter figures for one machine and one shift. Planned production time excludes breaks and planned shutdowns. Stop time covers longer stops such as breakdowns, setup and adjustment. Short minor stops show up as lower Performance.

0%
The dark tick marks 85%, the world-class OEE benchmark commonly attributed to Seiichi Nakajima, who is widely credited with developing TPM. It assumes about 90% availability, 95% performance and 99% quality. Many plants run well below it, so treat it as a direction, not a pass mark.
Availability losses1. Equipment breakdowns
2. Setup and adjustment
Performance losses3. Idling and minor stops
4. Reduced speed
Quality losses5. Production rejects
6. Startup rejects
What is Total Productive Maintenance (TPM)?

TPM is a proactive approach to equipment maintenance that involves operators, maintenance teams, and management in preventing breakdowns, improving reliability, and maximizing equipment effectiveness.

What are the 8 pillars of TPM?

The 8 pillars are Autonomous Maintenance, Planned Maintenance, Focused Improvement, Quality Maintenance, Early Equipment Management, Training & Education, Safety, Health & Environment, and Office TPM.

Why is TPM important in manufacturing?

TPM helps organizations reduce breakdowns, minimize downtime, improve equipment reliability, increase productivity, and maintain consistent product quality.

What is Autonomous Maintenance in TPM?

Autonomous Maintenance allows operators to take responsibility for basic equipment care, such as cleaning, inspection, lubrication, and identifying abnormalities early.

How does TPM improve OEE?

TPM improves Overall Equipment Effectiveness (OEE) by reducing breakdowns, speed losses, and quality defects. This helps increase equipment availability, performance, and productivity.

What is the difference between TPM and preventive maintenance?

Preventive maintenance mainly focuses on scheduled equipment servicing, while TPM takes a broader approach by involving the entire workforce in equipment care, improvement, and reliability.

What are the benefits of implementing TPM?

TPM can help reduce unplanned downtime and maintenance costs, improve equipment life and productivity, enhance quality, and create greater ownership among employees.

Who should learn TPM and how can IQ help?

TPM is valuable for maintenance professionals, production teams, engineers, quality professionals, supervisors, and manufacturing leaders. At Intelligence Quality (IQ), TPM training focuses on practical application, helping professionals understand how to implement TPM principles and improve equipment performance.

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