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Module 1: Introduction to Firefighting Systems
• Overview of firefighting systems in high-rise buildings
• Importance of fire safety regulations and standards
• Key components and equipment in firefighting systems
Module 2: Fire Safety Codes and Standards
• National Building Code (NBC) compliance for firefighting
• IS codes for firefighting system design and equipment
• International standards (NFPA, OSHA, etc.)
Module 3: Fire Hydrant Systems
• Components: pumps, pipes, valves, hoses, and nozzles
• Estimation techniques for hydrant systems
• Costing of material and installation
Module 4: Sprinkler Systems
• Components of sprinkler systems
• Estimation and costing for pipes, sprinkler heads, valves, and fittings
• Design considerations for G+45 buildings
Module 5: Fire Alarm and Detection Systems
• Smoke detectors, heat detectors, and alarm systems
• Estimation techniques for wiring, control panels, and equipment
• Cost analysis of fire detection systems
Module 6: Fire Suppression Systems
• Gas-based, water-based, and foam suppression systems
• Estimation for storage tanks, cylinders, and discharge nozzles
• Installation and maintenance costs
Module 7: Emergency Exit and Safety Equipment
• Fire extinguishers, exit signs, and emergency lights
• Estimation of quantity and cost for compliance
• Integration with firefighting systems
Module 8: Fire Pumps and Water Storage Tanks
• Types of fire pumps and their cost estimation
• Sizing and costing of water tanks for firefighting
• Power backup requirements and costing
Module 9: Labor and Installation Costing
• Calculation of manpower requirements for G+45 projects
• Cost estimation for installation and commissioning
• Overhead costs and contingency planning
Module 10: Comprehensive Estimation and Project Planning
• Creating a detailed bill of quantities (BOQ)
• Integrating all firefighting components into a unified estimate
• Case study: Complete estimation for a G+45 high-rise building project
