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Master Class: Maintenance Management & Technology

A to Z of Best Practices

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This training course is split into the following modular components:

MODULE I Maintenance Management Best Practices
MODULE II Maintenance, Reliability & Asset Management Technology Best Practices

This comprehensive course consists of two modules that can be attended as a full 10-Day event or as separate 5-day courses.

Why Choose Us

The Master Class: Maintenance Management & Technology training course develops the practical knowledge needed to manage and optimise maintenance operations efficiently. It supports both new and experienced maintenance professionals seeking to build or refresh their expertise. Participants progress from fundamental maintenance concepts to advanced techniques and recognised best practices. This structured approach strengthens the knowledge required for individual effectiveness and organisational success.

The training examines critical maintenance processes, tools and technologies, from core management principles to current best practices that can improve business outcomes. Participants learn how to develop and implement effective maintenance strategies within a reliable and productive working environment. Designed for professionals across various industries, the course presents its subject matter through two structured modules. The resulting practical understanding supports the effective management and continuous optimisation of maintenance activities.

This Master Class: Maintenance Management & Technology training course will highlight:

  • Understanding fundamental maintenance management concepts
  • Applying advanced maintenance techniques and best practices
  • Managing critical maintenance processes effectively
  • Using essential maintenance tools and technologies
  • Developing and implementing effective maintenance strategies
  • Optimising maintenance operations to improve business outcomes
Why Choose Master Class: Maintenance Management & Technology
Course Goals

What are the Goals?

The Master Class: Maintenance Management & Technology Training Course offers a thorough, sequential guide to mastering maintenance best practices. Its main objective is to explain how to apply maintenance strategies that maximize efficiency while lowering operational costs.

Principal Course Goals:

  • To give participants a clear understanding of maintenance best practices, progressing from fundamental concepts to advanced strategies that generate business value.
  • To deliver practical training in optimizing maintenance operations and enhancing equipment reliability.
  • To encourage discussion about implementing best practices across industries to ensure real-world application.
  • To strengthen learning through interactive, hands-on activities and case studies drawn from a variety of industries.

Who is this Training Course for?

This Master Class: Maintenance Management & Technology training course is designed for:

  • Maintenance Managers
  • Maintenance Superintendents
  • Maintenance Engineers
  • Maintenance Planners
  • Maintenance Supervisors
  • Reliability Managers
  • Reliability Engineers
  • Asset Managers
  • Plant Managers
  • Engineering Managers
  • Operations Managers
  • Technical Services Managers
Learning Approach

How will this Training Course be Presented?

The Master Class: Maintenance Management & Technology Training Course uses a highly interactive approach that involves participants in active learning. It combines theoretical and practical elements while emphasising the real-world implementation of maintenance best practices.

The course material is presented through:

  • Lectures and Discussions: Interactive lectures introducing essential concepts, reinforced by case studies.
  • Practical Exercises: Hands-on sessions that enable participants to put their learning into practice.
  • Group Activities: Guided discussions and collaborative work designed to support knowledge retention.
  • Industry Case Studies: Real-world examples drawn from different sectors that demonstrate the practical use of maintenance best practices.

Upon completing the course, participants will have gained a comprehensive understanding of maintenance management, reliability, and asset management technologies.

The Course Content

MODULE I

Maintenance Management Best Practices

An Overview of Key Maintenance Work Processes
  • Introduction to Maintenance Management
  • Definitions of key terms
  • Types of Maintenance – Reactive, planned and improvement jobs, Preventive and Proactive
  • A comprehensive maintenance control system
  • Priorities when implement a systematic preventative maintenance program
  • Case Studies Learning from Failures
Maintenance Performance Measures Systems & Human Factors
  • Developing Maintenance Key Performance Indicators
  • The Overall Equipment Effectiveness (OEE)
  • Total Productive Maintenance (TPM)
  • The Concept of ‘Ask Why 5 times!’
  • Teamwork and Continuous Improvement
  • Case Studies from Different Industries
Key Terms and techniques in Reliability Systems and Maintenance Management
  • What is Reliability, Redundancy, Failure, Maintainability and Availability?
  • Mean Time Between Failure (MTBF) & Mean Time to Repair (MTTR)
  • The Concept of the Bathtub Curve
  • Failure Mode and Effects Analysis (FMEA)
  • Fault Tree Analysis (FTA)
  • Reliability Centered Maintenance (RCM)
Maintenance Management Systems
  • Computerized maintenance Management Systems
  • Selection of Appropriate Maintenance Strategy
  • The Decision-Making Grid (DMG)
  • Integration of TPM, RCM and CBM
  • Case Studies from Different Industries
  • The Concept of Benchmarking
Maintenance Planning and Control
  • Project Management in Maintenance & Shutdowns
  • Phases of Projects
  • Project management tools for planning
  • The concept of critical path method (CPM)
  • Resource Allocation
  • Project Crashing
MODULE II

Maintenance, Reliability & Asset Management Technology Best Practices

Failure of Machines and Inspection Based Failure Analysis - Causes of Machinery Failure in Rotating Equipment
  • Cavitation in pumps.
  • Tripping of turbines.
  • Surging in compressors.
  • Wear Mechanisms : Fatigue, Fretting, and Corrosion.
  • Fundamental Machine Problems: Balance Problems, Alignment Problems, Machinery Mounting Problems
  • Fundamentals of maintenance and asset management.
Failure Analysis and Reliability
  • Elementary Statistics and standards.
  • Reliability Models
  • Learning from major failures case studies in process industries.
  • Learning from major failures case studies in oil and gas industries.
  • Root cause analysis and extractions of specific and generic lessons.
Statistical Failure Analysis and Reliability
  • Further reliability definitions and standards.
  • Hazard function and bath tub curve.
  • Weibull analysis.
  • Case studies from rotating equipment.
  • Case studies of major failures in other industries and lessons learned.
Condition Based Maintenance
  • General Purpose
  • What is Vibration
  • Thermal Monitoring
  • Lubricant Monitoring
  • The Essentials of Vibration Monitoring
Decision Analysis in Asset Management
  • Main criticism of existing management of computerised maintenance systems.
  • The Asset Management framework.
  • The decision making grid approach.
  • Selection of appropriate maintenance strategies.
  • Integration of RCM, TPM, and CBM approaches
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.
Collaborations

In Partnership With

Anderson Copex Coventry

Frequently Asked Questions

This course covers maintenance management and technology through an A-to-Z view of best practices. It brings the management and technology aspects of maintenance together within one course. The available course information does not specify individual topics or modules.
This course is relevant to professionals seeking a broad understanding of best practices in maintenance management and technology. Its A-to-Z scope may suit those who want to examine maintenance from both managerial and technological perspectives. The supplied course information does not identify specific job titles or prerequisites.
Yes, best practices are the stated focus of the course. The subtitle, A to Z of Best Practices, indicates broad coverage across the subject of maintenance management and technology. The course information does not list the individual practices included.
Yes, the A-to-Z framing indicates a comprehensive view of best practices in maintenance management and technology. It is presented as a master class covering the wider subject rather than a single specialist area. The exact depth and sequence of topics are not specified.
You will learn about best practices related to maintenance management and technology. The course is positioned as a broad, end-to-end master class rather than training on one narrowly defined maintenance topic. Specific learning objectives are not provided in the course description.
Yes, the course title explicitly combines maintenance management with maintenance technology. Its focus is therefore not limited to technology alone or to management alone. The subtitle indicates that these areas are considered through an A-to-Z best-practice perspective.
The course can help build broader knowledge of maintenance management and technology best practices. It is designed around understanding the field from an A-to-Z perspective. No specific technical, analytical or software-based skills are listed in the available course content.
This course combines maintenance technology with maintenance management. That broader framing distinguishes it from training focused only on technical maintenance tasks or tools. Its stated emphasis is an A-to-Z understanding of best practices across both areas.

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