Best Practices in Maintenance Management

Course Title:

Best Practices in Maintenance Management: Improving Performance and Sustainability

The purpose of the course:

This course aims to equip participants with the knowledge and skills necessary to apply best practices in maintenance management, achieving a balance between improving operational efficiency, reducing costs, and ensuring environmental sustainability.

Course topics:

Day One: Basics of Maintenance Management

• The concept of maintenance and its importance in operational processes.

• Types of maintenance: preventive, predictive, and corrective.

• The lifecycle of equipment and its impact on maintenance plans.

Day Two: Planning and Organization

• Developing effective maintenance strategies.

• Management of human resources and finances for maintenance.

• Analyzing maintenance data using digital tools.

Day Three: Preventive and Predictive Maintenance

• Developing preventive maintenance schedules.

• Using predictive maintenance techniques (such as vibration and thermal analysis).

• The role of modern technology (IoT) in improving maintenance processes.

Day Four: Asset Management and Sustainable Maintenance

• Asset Management.

• Sustainability in maintenance management: reducing waste and saving energy.

• Compliance with international standards (ISO 55001).

Day Five: Performance Evaluation and Continuous Improvement

• Performance measurement using Key Performance Indicators (KPIs).

• Managing the risks associated with maintenance operations.

• Study of practical cases and their application in real-life scenarios.

Target audience:

• Maintenance managers and operational supervisors.

• Maintenance engineers and asset management specialists.

• Workers in the industrial and service sectors that rely on operating equipment.

• Those interested in developing their skills in the field of maintenance management.

Teaching method:

• Theoretical sessions: To explain the basic concepts.

• Workshops: To apply the acquired skills to real-life examples.

• Case studies: For analyzing practical problems.

• Using digital tools: Such as maintenance management software.

• Interactive discussions: For exchanging experiences and ideas among participants.

Expected results:

• Developing effective and integrated maintenance plans.

• Improving the efficiency of operational processes and reducing costs.

• Utilizing modern technology in maintenance management.

• Achieving a balance between effective performance and sustainability.