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Fire Fighting Systems Design & Engineering
Published 9/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 2h 57m | Size: 2.71 GB
Learn Sprinkler Systems, Hydraulics, Fire Pumps, Standpipes and NFPA-Based Fire Protection Design
What you'll learn
Understand the fundamentals, components, and operation of fire fighting and water-based fire protection systems.
Select and design wet, dry, preaction, and deluge sprinkler systems for different applications and fire hazards.
Apply NFPA requirements for sprinkler systems, standpipes, fire pumps, water supplies, and related components.
Perform basic hydraulic calculations, determine system demand, evaluate water supply, and size fire protection piping.
Design and evaluate standpipe, hose, fire pump, fire tank, and fire department connection arrangements.
Develop and review fire fighting plans, riser diagrams, equipment layouts, schedules, and typical installation details.
Understand installation, inspection, testing, commissioning, and maintenance requirements for fire protection systems.
Apply a complete engineering workflow from hazard assessment and system selection through design and commissioning.
Requirements
No prior fire fighting design experience is required; the course starts with the fundamentals and progresses to engineering design.
Basic engineering knowledge is helpful, especially for understanding piping, pressure, flow, and hydraulic calculations.
The course is ideal for engineers, designers, consultants, contractors, and students interested in fire protection systems.
Description Fire Fighting Systems: Design & Engineering is a comprehensive engineering course designed to build a practical understanding of modern fire fighting and water-based fire protection systems-from fundamental concepts to system design, hydraulic calculations, installation, testing, and commissioning.
The course begins with the fundamentals of fire science, fire hazards, and the engineering principles behind controlling and suppressing fires. You will then explore the major codes and standards used in fire protection engineering, with particular emphasis on NFPA requirements and their application in real engineering projects.
A major part of the course focuses onautomatic sprinkler systems, including wet pipe, dry pipe, preaction, and deluge systems. You will learn how these systems operate, where they are used, how their components work together, and how engineers select the appropriate system for different building conditions and fire hazards.
The course also covers key areas of fire fighting engineering, including
- Automatic sprinkler systems and system components
- Occupancy and fire hazard classification
- Sprinkler selection, spacing, temperature ratings, and K-factors
- Water supply evaluation and fire water demand
- Hydraulic calculations and pipe sizing
- Standpipe and hose systems
- Fire pumps, jockey pumps, and pump arrangements
- Fire water tanks and underground fire service mains
- Fire Department Connections (FDC)
- Fire fighting plans, riser diagrams, and engineering details
- Installation, inspection, testing, and commissioning
Throughout the course, the focus is not simply on memorizing requirements. You will learnhow to think like a fire protection engineer-how to evaluate a building, identify the fire protection requirements, select appropriate systems, understand system interactions, review engineering drawings, and develop a coordinated fire fighting design.
The course uses visual explanations, engineering diagrams, system schematics, practical examples, and real-world design concepts to make complex fire protection topics easier to understand.
Whether you are an MEP engineer, fire protection engineer, consultant, contractor, site engineer, commissioning engineer, engineering student, or a professional entering the fire protection industry, this course will help you develop a structured and practical understanding ofFire Fighting Systems Design & Engineering.
Who this course is for
Mechanical and MEP engineers who want to design and understand fire fighting systems professionally.
Fire protection engineers and designers seeking practical knowledge of NFPA-based fire fighting system design.
MEP consultants, contractors, and site engineers involved in fire protection design, installation, and coordination.
Engineering students and junior engineers who want to build a strong foundation in fire fighting systems.
Facility, maintenance, and commissioning engineers responsible for fire protection system operation and testing.
Professionals preparing to work on sprinkler, standpipe, fire pump, water supply, and hydraulic design projects.
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