MODERN MAINTENANCE TECHNOLOGIES

Objective:

• Apply modern maintenance technologies and methodologies effectively within maintenance operations
• Understand how advanced maintenance technologies improve efficiency and asset performance
• Explain the relationship between different maintenance technologies and how they support each other
• Optimize maintenance practices to achieve improved reliability and operational results
• Develop strategies for implementing modern maintenance technologies within existing maintenance frameworks
• Create an action plan to integrate maintenance technologies into overall maintenance strategies and measure their benefits

Content:

Introduction to Modern Maintenance Management

• Challenging traditional approaches to maintenance
• Asset management as a business-focused approach to maintenance
• Applying cost-benefit thinking to optimize maintenance expenditure
• Using optimization tools to support maintenance decisions
• Understanding the fundamentals of risk in maintenance and operations

Risk-Based Maintenance (RBM)

• Understanding asset deterioration and failure mechanisms
• Representing and evaluating maintenance risks
• The seven steps of Risk-Based Maintenance methodology
• Understanding failure behaviour and asset reliability
• Selecting appropriate maintenance tasks based on risk assessment

Root Cause Analysis (RCA)

• Understanding different perspectives and problem realities
• Recognizing subjective views in problem-solving
• Applying effective problem-solving approaches
• Understanding cause-and-effect relationships
• Exploring RCA methodologies through practical examples and applications

Process Audits, Maintenance Assessments and Benchmarking

• Understanding process audits, benchmarking, and maintenance assessments
• Applying process audit principles and techniques
• Conducting practical maintenance audits
• Assessing maintenance planning and control processes
• Understanding benchmarking principles and practices
• Conducting benchmark studies
• Interpreting benchmarking results to improve performance

Performance Management and Decision Support Tools

• Defining maintenance performance and success measures
• Applying performance indicators and process parameters
• Measuring asset, activity, and process performance
• Using performance management to influence behaviours and improve results
• Applying advanced decision support tools to optimize maintenance performance

For Whom:

• Maintenance Engineers and Managers
• Engineering and Production Professionals
• Asset Management Professionals
• Maintenance Planners and Supervisors
• Professionals involved in maintenance contracts and operations
• Anyone seeking to improve their knowledge of modern maintenance technologies and implement effective maintenance strategies