Why this course?

Description

FIREFIGHTING BOQ PREPARATION GUIDE

For MEP Engineers and Civil Engineers

Firefighting works are one of the most sensitive and responsibility-driven parts of any construction project. A small error in quantity, description, or scope can lead to serious cost variation, delays, rejection during approvals, or even safety risks during execution. Despite this importance, many engineers prepare firefighting BOQs by copying old formats or relying only on drawings without understanding the logic behind quantities.

This course is designed to fix that gap.

The Firefighting BOQ Preparation Guide is a step-by-step learning program that explains how firefighting quantities are identified, measured, cross-checked, and compiled into a clean and professional BOQ. The course connects drawings, site conditions, and practical measurement logic so that engineers can confidently prepare quantities for residential buildings, commercial complexes, and industrial facilities.

The focus is not on theory, but on real project thinking.

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MODULE 1: Introduction to Firefighting BOQ Preparation

This module sets the foundation for the entire course. It explains why firefighting BOQ preparation is different from other services and why it demands higher attention to detail.

You will understand the role of BOQ in controlling firefighting project cost, planning procurement, and monitoring execution progress. The module explains how a well-prepared BOQ helps in avoiding disputes between contractor, consultant, and client.

The scope of firefighting works is discussed separately for residential, commercial, and industrial projects. You will clearly understand how system complexity, coverage area, and safety requirements affect quantity planning in each building type.

Common mistakes made by engineers are explained in detail, such as missing valves, ignoring testing items, incorrect pipe length assumptions, and poor coordination with civil drawings. By the end of this module, you will know what not to do before you even start quantity take-off.

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MODULE 2: Understanding Firefighting Drawings and Layouts

Firefighting BOQ quality depends directly on how well drawings are understood. This module trains you to read firefighting layout plans and riser diagrams with a quantity mindset.

You will learn how to trace the system flow from pump room to the last hydrant or sprinkler. Riser diagrams are explained in a simple manner so that vertical and horizontal pipe quantities are not mixed or missed.

The module also explains how to identify coverage areas floor-wise. You will understand how to break quantities by basement, podium, typical floors, and terrace.

Coordination with civil drawings is a major challenge in firefighting works. This module explains how to align firefighting layouts with architectural grids, shafts, beams, and slabs so that openings, sleeves, and supports are not forgotten in the BOQ.

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MODULE 3: Fire Water Storage and Pump Room Quantities

This module focuses on the heart of the firefighting system, the fire water storage and pump room.

You will learn how to calculate quantities for underground and overhead fire water tanks, including civil components that directly affect firefighting scope. The logic behind volume, internal partitions, and access requirements is clearly explained.

Pump room civil works that influence firefighting BOQ are discussed in detail. This includes foundations, plinths, drainage, and space planning that affect equipment installation.

Basic quantity identification for fire pumps, jockey pumps, headers, manifolds, and related accessories is explained so that no major equipment or connection item is missed while preparing the BOQ.

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MODULE 4: External Firefighting System BOQ

External firefighting works are often underestimated and later become a major source of extra cost. This module explains how to prepare accurate quantities for yard firefighting systems.

You will learn how to measure yard hydrant pipelines including straight lengths, bends, and fittings. Trench quantities are explained clearly, covering excavation, bedding, backfilling, and disposal logic.

The module also covers external hydrants, valve chambers, and chamber construction measurements. Special attention is given to road cutting, backfilling, and surface restoration quantities, which are often ignored during initial BOQ preparation.

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MODULE 5: Internal Hydrant System BOQ

This module explains internal hydrant system quantities floor-wise and zone-wise.

You will learn how to measure riser pipes and horizontal distribution lines correctly without double counting. The difference between shaft piping and ceiling piping quantities is clearly explained.

Quantities for landing valves, hose reels, hose cabinets, and accessories are discussed in a practical manner. The module also explains how to account for supports, clamps, sleeves, and embedded items that are coordinated with civil works but billed under firefighting scope.

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MODULE 6: Sprinkler System BOQ Preparation

Sprinkler systems involve high quantity repetition, which increases the risk of errors. This module explains sprinkler BOQ preparation in a structured way.

You will learn how to calculate sprinkler piping quantities diameter-wise and zone-wise. The logic of branch lines, cross mains, and feed mains is explained clearly.

Measurement of sprinkler heads, flexible drops, and fittings is covered in detail so that no repetitive item is missed or miscounted.

The module also explains quantities related to zone control valves, flow switches, test assemblies, and drain arrangements which are critical for system approval and operation.

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MODULE 7: Fire Detection and Alarm Interface Quantities

Although firefighting and alarm systems are separate, their interface affects BOQ preparation. This module explains that connection.

You will understand how detector mounting requirements affect civil coordination and how these requirements influence quantity planning.

Quantities for manual call points, hooters, and interface items are explained from a firefighting coordination perspective.

The module also covers openings, sleeves, and minor civil provisions related to cable routes that must be considered while finalizing firefighting BOQ.

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MODULE 8: Valves, Accessories, and Special Items

Valves and accessories form a significant part of firefighting cost. This module focuses exclusively on these items.

You will learn how to identify and measure butterfly valves, NRVs, pressure gauges, and strainers correctly. The logic behind valve locations and quantity frequency is explained clearly.

Air release valves, drain valves, test lines, and bypass arrangements are covered in detail so that functional requirements are not overlooked.

The module also explains painting, identification marking, and system tagging quantities which are essential for handover but often missing from BOQs.

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MODULE 9: Testing, Commissioning, and Trial Run BOQ

Testing and commissioning activities involve cost, manpower, and consumables, yet many BOQs ignore them. This module explains how to account for these items properly.

You will learn how to consider hydrostatic testing, flushing, and cleaning quantities logically. Pump testing, flow testing, and system charging activities are explained from a BOQ perspective.

Temporary arrangements, supports, water usage, and consumables required during testing are also discussed so that these costs are not absorbed unknowingly by contractors.

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MODULE 10: Final BOQ Compilation and Tender Presentation

The final module brings everything together.

You will learn how to structure a firefighting BOQ in a clear and professional format suitable for tender submission. Item description writing is explained in simple language so that scope remains clear and unambiguous.

Unit selection logic is discussed so that billing and execution remain smooth. The module also teaches systematic cross-checking of quantities with drawings, site conditions, and system logic before final submission.

By the end of this module, you will be able to prepare a complete firefighting BOQ with confidence, clarity, and professional accuracy.

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Course Outcome

After completing this course, engineers will be able to:

• Prepare firefighting BOQs independently

• Avoid common quantity and scope mistakes

• Coordinate better with civil and other services

• Present clean, logical, and defendable BOQs