
Explore firefighting system design basics, emphasizing codes and standards, NFPA and NBC guidelines, and hydraulic calculations for sprinklers, hydrants, and pumps, with hands-on templates in Excel and software.
Learn the fundamentals of fire, including the fire triangle and ignition concepts, and classify fires into A, B, C, D, and K to guide extinguishing methods and sprinkler system choices.
Explore NFPA 13-14 Part 1, mastering sprinkler design and codes for light, ordinary and extra hazard buildings, mezzanine zoning, area limits, and underground piping and testing requirements.
Explore NFPA 13-14 requirements for sprinkler layout and standpipe systems, including five key sprinkler points, coverage types, and the role of fire department connections.
Explains the NBC classification, zoning, and passive fire protection concepts; outlines fire safety requirements, water supply, sprinkler, pumps, and exit design, and prepares for hydraulic calculations.
Explore the Elite Software interface for fire protection design, learning to set up a new project, input system data, calculate hydraulic demand, and generate reports using NFPA 13/14 standards.
Perform a hydraulic calculation for a hospital sprinkler system in Elite Software, detailing pipe data, elevations, and fittings. Run demand mode to yield 184 gpm and 69.85 psi.
Learn how Elite Software's excel-based design sheet uses node and pipe data to calculate flow, pressure, and sprinkler details, including friction loss and hazen-williams values.
Protect aircraft hangars and tanks with foam systems following NFPA 11, 16, and 13, using low to high expansion at 0.16 gpm/ft².
Explore mist systems and loop vs graded sprinkler layouts per NFPA 13 and NFPA 750. Understand deluge, pre-action, foam mist configurations, twin vs single fluid nozzles for compartment protection.
Understand NFPA 13 limits on floor area per sprinkler riser and how to zone buildings with sprinkler risers, hydrant risers, standpipes, zone control walls, alarm check valves, and flow switches.
Explore sprinkler zoning with NFPA 13 and Indian standards, calculating zones and sprinklers per zone and understanding coverage areas.
Learn how gas suppression systems use clean agents such as FM 200 and Novec 1230 to protect electrical spaces, with step-by-step design calculations for volume, design concentration, cylinders, and nozzles.
Understand how the fire alarm system acts as the heart of fire protection, delivering early detection and alarms while simultaneously activating the firefighting system in conventional and addressable networks.
Hello there,
If the words 'Fire fighting', 'Fire safety', and 'Fire Protection' baffles your mind and you want to master it, then this is for you.
If you want to start your career in Fire fighting systems design and make money from it, then is for you.
If you want to learn how to design Fire fighting systems for any Project, then this course is for you.
If you get bored of the word 'this course is for you', then this course is for you.
If you love the mechanical engineering.
If you are a mechanical engineering student.
Well, Fire Protection & Fire safety tracks are becoming widely used on everybody's tongue, and this is reasonable as most building designs must include different fire fighting and fire safety systems.
So we introduce to you the Complete Fire Fighting with AutoCAD, Elite, Excel, NFPA and NBC Design course that you need to get your hand on fire design as this course collects most of the knowledge that you'll need in your journey.
We believe that the brain loves to keep the information that it finds applicable, and that's what we're doing here, we give you years of experience from our instructors that have been gathered in just one interesting dose.
Also fire fighting track is one of the mechanical engineering designing cores.
Our Course is structured as follows
Introduce the different fundamentals of the firefighting systems.
Analyze the fire Sprinklers water system with its components, specifications , parameters & designing details.
Analyze the Zone control station with its different valves , controlling elements , specifications & designing details.
Analyze the Fire department inlet connection with its different components , specifications & designing details.
Analyze the Fire department outlet connection with its different components , specifications & designing details.
Analyze the Fire hose cabinets with their different classes , specifications & designing details.
Analyze the Fire water piping systems with their different installations , specifications & designing details.
Analyze the fire Wet pipe system with its different specifications & designing details.
Analyze the fire Dry pipe system with its different specifications & designing details.
Analyze the fire Deluge pipe system with its different specifications & designing details.
Analyze the fire Preaction pipe system with its different specifications & designing details.
Analyze the Fire pump room with its different installations , specifications & designing details.
Analyze the Fire water tank with their different installations , specifications & designing details.
Designing an Excel sheet for calculating the fire water tank size.
Analyze the Manual fire extinguisher systems with their different installations , specifications & designing details.
Analyze the Automatic CO2 fire extinguisher system withits different components , specifications & designing details.
Designing an Excel sheet for calculating the automatic CO2 gas system size.
Analyze the Automatic FM-200 fire extinguisher system with its different components , specifications & designing details.
Designing an Excel sheet for calculating the automatic FM-200 gas system size.
Designing an automatic CO2 gas system project on AutoCAD , Excel & manuals.
Designing an automatic FM-200 gas system project on AutoCAD , Excel & manuals.
Designing a Water sprinkler system project on AutoCAD , Elite & manuals.
Designing a Manual fire extinguisher system project on AutoCAD , Elite & manuals.