Day 1: Introduction to Maintenance of Industrial Systems and Facilities

• Importance of maintenance for operational continuity

• Types of maintenance: preventive, corrective, predictive

• Basic concepts in systems and facility maintenance

• Quality and safety standards in maintenance

• Equipment and facility condition analysis

Day 2: Modern Predictive Maintenance Technologies

• Principles and tools of predictive maintenance

• Use of sensors and remote sensing technologies

• Vibration, thermal, and acoustic analysis

• Computerized Maintenance Management Systems (CMMS)

• Case studies of predictive maintenance applications

Day 3: Robotics and Automation in Maintenance

• Use of robots in inspection and maintenance tasks

• Smart automation applications in maintenance

• Augmented and virtual reality technologies for maintenance support

• Intelligent maintenance management systems

• Practical examples and outcome reports

Day 4: Maintenance of Major Engineering Facilities

• Maintenance of concrete and steel structures

• Techniques for crack detection and deterioration monitoring

• Modern repair and strengthening applications

• Risk management in large facility maintenance

• Safety and environmental standards in maintenance operations

Day 5: Maintenance Management and Performance Improvement

• Strategies to enhance maintenance efficiency

• Maintenance scheduling and team management

• Data analysis for process improvement

• Continuous training and team development

• Workshop: Developing a comprehensive maintenance plan for an industrial or engineering facility