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Fire safety is a non-negotiable element in the design and construction of high-rise buildings. With increasing urbanization and the proliferation of G+45 towers, the need for robust, code-compliant, and cost-effective firefighting systems has never been more urgent. The Online Firefighting Estimation and Costing Course by Bhadanis Quantity Survey Institute is designed to empower MEP engineers, civil engineers, mechanical engineers, and construction professionals to become experts in the estimation, costing, and project management of firefighting works in high-rise projects.
High-rise buildings present unique fire safety challenges: greater evacuation times, complex vertical water distribution, and stringent regulatory requirements. Accurate estimation and costing of firefighting systems are essential for:
Ensuring compliance with national and international fire safety codes.
Avoiding budget overruns and costly redesigns.
Safeguarding lives, property, and project reputation.
Streamlining procurement, installation, and maintenance processes.
This comprehensive online training covers every aspect of firefighting works in G+45 high-rise buildings, from foundational concepts to advanced project planning.
Introduction to Firefighting Systems:
Understand the types, components, and importance of firefighting systems in high-rise structures.
Fire Safety Standards and Codes:
Dive into national and international fire safety regulations, ensuring your designs and estimates are always compliant.
Estimation of Fire Hydrant Systems:
Learn to select components, calculate pipe lengths, fittings, and installation costs for hydrant networks.
Sprinkler System Estimation:
Master the nuances of sprinkler layout, head selection, pipe sizing, and cost breakdowns for effective suppression.
Fire Alarm and Detection Systems:
Estimate the costs of detectors, control panels, wiring, and integration with building management systems.
Advanced Suppression Systems:
Explore gas-based, water-based, and foam-based systems for specialized applications.
Emergency Exits and Safety Equipment:
Plan and estimate the cost of emergency staircases, signage, extinguishers, and refuge areas.
Fire Pumps and Water Storage Tanks:
Select, size, and cost pumps and tanks to ensure adequate pressure and supply during emergencies.
Labor, Installation, and Overheads:
Calculate labor requirements, installation timelines, overheads, and contingency allowances for comprehensive project budgeting.
Unified Estimation and Project Planning:
Bring all components together into a single, detailed project estimate and implementation plan.
Hydrant System in a G+45 Tower:
Calculate the total piping required for a 45-story building, select appropriate pumps, and estimate the cost of valves, hoses, and connections. Factor in vertical distribution challenges and pressure zoning.
Sprinkler System for a Commercial Complex:
Design a zoned sprinkler network, estimate the number of sprinkler heads per floor, and calculate the total cost including installation, testing, and commissioning.
Fire Alarm Integration:
Estimate the cost for a networked fire alarm system with addressable panels, integrating smoke and heat detectors across multiple floors, and plan for future scalability.
Costing of Emergency Exits:
Plan for code-compliant emergency staircases, signage, and fire doors, ensuring clear egress routes and accurate budgeting for all safety equipment.
Water Storage and Pumping:
Size water tanks and select fire pumps based on building occupancy, peak demand, and code requirements, then estimate procurement and installation costs.
The course emphasizes the importance of meeting fire safety codes for both legal and operational reasons. Participants learn to:
Reference IS, NBC, NFPA, and local fire authority standards.
Prepare documentation for fire authority approvals and audits.
Integrate compliance checks into every stage of estimation and project planning.
Beyond estimation, the course covers:
Scheduling installation works to align with overall project timelines.
Coordinating with other MEP and civil works to avoid clashes and rework.
Managing procurement, vendor negotiations, and quality control for firefighting components.
MEP engineers seeking expertise in fire safety systems.
Civil and mechanical engineers involved in high-rise construction.
Project managers and quantity surveyors responsible for budgeting and compliance.
Construction professionals aiming to expand their skill set in safety-critical domains.
Industry-Relevant Skills:
Gain practical, immediately applicable knowledge for real-world projects.
Career Advancement:
Stand out as a specialist in a high-demand, safety-critical field.
Comprehensive Coverage:
From hydrants to alarms, pumps to emergency exits—master every aspect of firefighting estimation.
Regulatory Confidence:
Ensure every project meets or exceeds fire safety codes and standards.
Fri May 23, 2025
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