Participants gain a clear understanding of their role in defining and implementing cost effective maintenance policies and continuous improvement actions through an organisational development process based on either the TPM or RCM philosophy.

Delegates are the people in the organisation who are involved in, or dependent on, the development of an effective maintenance program and the people that take overall responsibility for the integrity of the physical assets.

Delegates include:

• Maintenance and reliability engineers
• Maintenance supervisors,
• Maintenance craftsmen,
• Technicians
• Inspectors
• Operations supervisors,
• Maintenance

This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include;

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

DAY 1

The Changing World of Maintenance and Reliability Expectations

• Reliability and availability
• Safety, health and environment
• Output and service rate
• Quality
• Cost effectiveness

The Reality and Nature of Failure to Modern Equipment

• The effect of failures on reliability, maintainability, availability and utilisation
• Age related failure causes
• Random failure causes

Select Target Systems for Maintenance Program Optimisation

• Define facility mission
• Functional locations
• Criticality grading
• Performance gap analysis
• Short list of systems to review and boundary determination

DAY 2

Define System Functions and Performance Requirements

• Inherent function
• Secondary functions
• Inherent capability / desired performance

Failure Modes, Effects and Risk Analysis

• Consolidation of failure modes
• Local failure effects
• System effects
• Physical risks
• Economic risks
• Quantitive and qualititive risk assessment

DAY 3

Maintenance Program Optimised Decision Making

• The optimised decision making algorithim
• Technical decision making criteria
• Cost effectiveness and risk based decision making criteria
• Condition Based, Preventive, Function testing, interval determination
• Maintenance Program Optimised Decision Making

Implementing RCM

• The role of the facilitator and facilitator skills
• Selection and composition of RCM review teams
• RCM Training
• Setting up the RCM program and schedule
• Conducting the RCM review meetings
• Capturing the results
• Implementing the decisions
• The organisational impact and how to overcome obstacles
• RCM in perpetuity

Introduction to TPM

• Equipment Reliability & Maintainability
• Equipment Availability
• Machine / equipment failure and Life Cycle
• The Six Big Losses
• Overall Equipment Effectiveness (OEE) Factors Affecting Reliability
• Optimal Equipment Conditions
• Calculating OEE
• Using OEE to Improve Performance

DAY 4

History and Evolution of Total Productive Maintenance

Productive Maintenance and Continuous Improvement

Equipment Effectiveness and OEE Equipment Defects and Losses

• Sporadic vs Chronic Losses
• Eliminating Chronic Losses
• Impact of Minor Losses

Problem Solving Techniques

Autonomous Maintenance

• Equipment Cleaning
• Equipment Inspection Techniques
• Equipment Lubrication
• TPM Performance Standards

Predictive Maintenance Overview

TPM Implementation Strategies

DAY 5

Implementation Levels

• New Approaches
• The TPM Process
• Defining New Roles
• Training
• Implementation Plans
• Key Success Factors
• Obstacles to Success

Summary: RCM – TPM Selection Criteria, Implementation Implications

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.