Introduction:

Facility maintenance represents a vital foundation for ensuring the efficiency, sustainability, and operational reliability of assets. The rapid advancement of technologies has transformed maintenance from a reactive function into a strategic component of asset management. This conference explores modern frameworks, intelligent systems, and advanced maintenance strategies that enhance infrastructure performance and asset protection. It emphasizes the integration of technological innovations, safety standards, and maintenance governance models aligned with global engineering practices.

Program Objectives:

By the end of this program, participants will be able to:

 

• Analyze contemporary maintenance frameworks that promote asset efficiency and lifecycle sustainability.

• Evaluate advanced technologies used in the maintenance of mechanical, electrical, and infrastructure systems.

• Formulate comprehensive maintenance strategies aligned with quality and safety requirements.

• Interpret international standards governing facility management and asset safety.

• Assess the impact of smart technologies and predictive systems on maintenance performance.

Targeted Audience:

• Facility and Maintenance Managers.

• Electrical and Mechanical Engineers.

• Asset Management and Infrastructure Supervisors.

• Maintenance Consultants and Safety Specialists.

• Technical Teams responsible for maintenance planning and operations.

Program Outline:

Unit 1:

Strategic Frameworks in Maintenance and Asset Management:

 

• The role of maintenance in the lifecycle of organizational assets.

• Strategic approaches for asset sustainability and performance enhancement.

• Preventive and predictive maintenance as a governance principle.

• Methods for evaluating maintenance efficiency and cost-effectiveness.

• Integration of digital systems in asset management processes.

Unit 2:

Electrical, Water Supply, and Drainage Systems Maintenance:

 

• Structural and operational foundations of electrical maintenance systems.

• Standards governing power distribution and load management.

• Maintenance principles for water supply and sanitation systems.

• Material selection and inspection methodologies for infrastructure reliability.

• Diagnostic models for electrical faults and maintenance optimization.

Unit 3:

Mechanical Systems and Equipment Sustainability:

 

• Frameworks for maintaining power generation and HVAC systems.

• Operational reliability of pumping, refrigeration, and treatment systems.

• Mechanical system monitoring and performance evaluation.

• Efficiency improvement through condition-based maintenance models.

• Sustainability considerations in mechanical asset preservation.

Unit 4:

Maintenance of Interior Structures and Finishing Materials:

 

• Preservation principles for wood, metal, and composite materials.

• Maintenance and restoration of interior furniture and fixtures.

•  

• Standards of quality for interior and exterior finishing works.

• Application of modern materials in maintenance and refurbishment.

• Integration of asset safety measures within interior maintenance practices.

Unit 5:

Smart Maintenance Management and Innovation:

• Computerized Maintenance Management Systems (CMMS) as decision-support tools.

• Maintenance performance indicators and analytical reporting systems.

• Predictive models supported by Artificial Intelligence and IoT.

• Development of maintenance policies promoting long-term sustainability.

• Emerging innovations in asset management and smart maintenance technologies.