Day 1:
Foundations of Facility Maintenance
Overview of structural, architectural, and electro-mechanical components.
Principles of preventive, predictive, and corrective maintenance.
Introduction to Total Productive Maintenance (TPM).
Case study analysis: Lessons learned from high-profile failures.
Day 2:
Structural Systems and Integrity Management
Identification of common structural defects and their causes.
Techniques for assessing load-bearing capacity and stability.
Corrosion prevention and treatment methods for metallic structures.
Best practices for concrete repair and reinforcement.
Day 3:
Architectural Components and Aesthetics
Maintenance of roofing systems, facades, and glazing elements.
Strategies for preserving historical buildings and monuments.
Energy-efficient upgrades for insulation and ventilation systems.
Compliance with accessibility and fire safety codes.
Day 4:
Electro-Mechanical Systems and Diagnostics
Troubleshooting HVAC, plumbing, and electrical installations.
Integration of IoT sensors for condition monitoring.
Calibration and testing procedures for critical equipment.
Lifecycle cost analysis for electro-mechanical assets.
Day 5:
Advanced Applications and Risk Mitigation
Development of emergency response plans for facility crises.
Implementation of sustainable practices in maintenance routines.
Leveraging AI and machine learning for predictive analytics.
Group workshop: Crafting a comprehensive maintenance strategy.
