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MT03

RELIABILITY CENTRED MAINTENANCE &
TOTAL PRODUCTIVITY MAINTENANCE’

INTRODUCTION

Increased economic pressures have forced the maintainer to become more cost conscious. Further, the application of new technology and the implementation of new business practises mean that effective maintenance of plant and equipment requires ever-greater technical and managerial skill. Reliability Centred Maintenance (RCM) & Total Productive Maintenance (TPM) are proven cost effective strategies for maintenance and achieve sharper maintenance policies, slimmer budgets, increased availability and a more motivated workforce. To ensure companies realise optimum maintenance they need to adopt strategies that maximise availability and safety and minimise operating cost. These strategies can be delivered using RCM & TPM and this seminar will show you exactly how.

THE RESULTS

Organizations that manage the condition and optimise the performance of equipment in the area of Maintenance are consistently able to better compete on the global stage. The participants and their teams are better positioned to positively influence the organization with innovative ideas and techniques that in turn produce a higher performing organization.

THE BENEFITS

Individuals exposed to this training will develop expertise in the area of developing RCM & TPM. They will learn why the best companies in the world see RCM & TPM as the key to delivering optimal production functionality by securing a thorough knowledge of equipment condition.

THE COURSE

RCM & TPM are techniques which are critical for a successful company. This comprehensive 5-day programme has been designed to benefit both qualified new professionals as well as experienced professionals who may be involved in the rollout of a new Reliability Centred Maintenance system or auditing an existing system.

THE DELEGATES

It is recommended that all senior and middle Maintenance, Reliability, Engineering and technical support staff especially including leadership and management attend this workshop. If you and your company are interested in greatly increasing productivity, this will be a very valuable course

THE GOALS

The program will expose the Maintenance and Production Personnel to understand the concept of RCM and TPM. The following advantages of RCM are ensured to the participants:

  • Maintenance strategy Optimization
  • Extension of Equipment Life Span
  • Elimination of Chronic Machine Problems
  • Root Cause Analysis
  • No Preventive Maintenance tasks to be performed unless it can be justified
  • TPM

THE PROCESS

This workshop is designed to be a hands-on, stimulating experience. The program is highly interactive with many discussion and facilitated practice sessions.


 

Contents:

·         Day 1

o        Reliability Centred Maintenance

§         Introduction of RCM

§         RMA (Reliability, Maintenance and Availability) Concepts

§         Functional Criticality Analysis

§         RCM Stages and Tools – RCM, FMEA, FMECA, Road Map

·         Day 2

o        Total Productive Maintenance

§         TPM Overview – Breaking down Barrier, Hidden Losses, Cultural Change, New Mindset

§         TPM Initiation – Philosophy of Awareness, Improvement Program Study, Setting up Pilot Project

§         TPM Planning – Agree & Assign Accountability, Design Zoning Policy, Critical Equipment Analysis

§         TPM Action – Tagging, Cando Procedures and Standards, KPI, Develop Focus Project, Discipline Communication, Analytical Problem Solving, TPM Consolidation (Institutionalizing Practices, Personal Development Review).

·         Day 3

o        Business Process Re-Engineering

§         BPR Overview – Functional Orientation, Losses, Methodology, Customer and Expectations.

§         Customer Expectations – Types of Customer, Core customer, Typical Expectations, Establishing Expectations, Objectives Measures and Targets.

§         Identifying Primary Process, Selecting Re-Engineering Projects, Mapping Activities.

§         Business Process Re-Engineering – Re-Engineering Process, Relational Mapping, Characteristics, Re-Engineering Principles, Issues, Process Assumptions and Constraints and testing.

·         Day 4

o        Applications & Implementation

§         Continuous Improvement

·         Closed Loop Control

·         Targets and trending

·         Problem Solving

§         Implementation

·         Integrated Team

·         Project Management

·         Key Success Factor.

·         Day 5

o        Engineering

§         Getting Started – Assessment of Improvement potential,

·         Benchmarking,

·         Plant Downtime Analysis,

·         Chronic and Acute Failures,

·         Overall Equipment Effectiveness

·         Statistical Process Control