Become A Fire Protection Design Engineer Basic to Advanced

Become A Fire Protection Design Engineer – Basic to Advanced, available at $34.99, has an average rating of 3.7, with 54 lectures, based on 230 reviews, and has 872 subscribers.

You will learn about Fire Extinguisher Design – NFPA 10 Hose Reel Design Wet Riser Design Pillar Hydrant Design Pump Selection Pump Curve Selection Pressure Tank Sizing Sprinkler Selection Sprinkler Flow Rate Calculation – NFPA Big Sprinkler Sizing – Advance Sprinkler Design – NFPA Sprinkler Pump Selection Jockey Pump Calculation Electrical Fire Pump Electricity Supply Criteria- NFPA 20 , NEMA Fire Detection System Fire Suppression System – IG55 This course is ideal for individuals who are MEP enigneers or Mechanical & Civil Engineering students or People who interested in fire protection systems It is particularly useful for MEP enigneers or Mechanical & Civil Engineering students or People who interested in fire protection systems.

Enroll now: Become A Fire Protection Design Engineer – Basic to Advanced

Summary

Title: Become A Fire Protection Design Engineer – Basic to Advanced

Price: $34.99

Average Rating: 3.7

Number of Lectures: 54

Number of Published Lectures: 54

Number of Curriculum Items: 54

Number of Published Curriculum Objects: 54

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Fire Extinguisher Design – NFPA 10

Hose Reel Design

Wet Riser Design

Pillar Hydrant Design

Pump Selection

Pump Curve Selection

Pressure Tank Sizing

Sprinkler Selection

Sprinkler Flow Rate Calculation – NFPA

Big Sprinkler Sizing – Advance Sprinkler Design – NFPA

Sprinkler Pump Selection

Jockey Pump Calculation

Electrical Fire Pump Electricity Supply Criteria- NFPA 20 , NEMA

Fire Detection System

Fire Suppression System – IG55

Who Should Attend

MEP enigneers

Mechanical & Civil Engineering students

People who interested in fire protection systems

Target Audiences

MEP enigneers

Mechanical & Civil Engineering students

People who interested in fire protection systems

MEP engineering sector is growing very fast in the world. High-rise building are every where. Fire protection system must be designed very accurately for these building , this course for all MEP engineers, Students and any people who are interested in fire safety.

This course will teach you about fire protection design procedures and how to do calculations. and you can find example calculation sheet from material section.

Also this course will help you for your interviews.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Fire Extinguisher

Lecture 1: Classification

Lecture 2: Special fire extinguishers

Lecture 3: Selection as per NFPA 10

Lecture 4: Fire extinguisher positioning

Chapter 3: Fire Hose Reel System

Lecture 1: Hose reel specification

Lecture 2: Hose reel system design

Lecture 3: Hose reel pump sizing

Chapter 4: Wet Riser System

Lecture 1: Wet riser system overview

Lecture 2: Landing valve design guide

Lecture 3: Landing valve pump head

Lecture 4: Breeching inlet

Lecture 5: Pillar hydrant

Lecture 6: Pillar hydrant design

Lecture 7: Wet riser pump system

Lecture 8: Fire pump curve

Lecture 9: Pumps operating principle

Lecture 10: fire pump room arrangement

Chapter 5: Fire Pump Electrical Supply

Lecture 1: Electrical supply with example calculation

Chapter 6: Pressure Tank Sizing

Lecture 1: Pressure tank calculation

Lecture 2: Excel calculation sheet

Chapter 7: Sprinkler System Design

Lecture 1: Introduction

Lecture 2: Sprinkler systems

Lecture 3: How work sprinkler

Lecture 4: Sprinkler color code

Lecture 5: Sprinkler equation

Lecture 6: Sprinkler design procedure

Lecture 7: Most remote area

Lecture 8: Design example with violation NFPA

Lecture 9: Design example with according to NFPA

Lecture 10: Sprinkler pipe sizing

Lecture 11: Sprinkler pipe sizing example

Lecture 12: Sprinkler K value

Lecture 13: Big sprinkler – Easy Way To Calculate Sprinkler System

Lecture 14: BSI code sprinkler main pipe line sizing secret

Lecture 15: Example Hand Calculation

Lecture 16: Hydraulic Calculation With Excel Sheet

Lecture 17: Example Design

Chapter 8: Software Calculation – Elites Fire Software

Lecture 1: Introduction Fire System

Lecture 2: Introduction Software

Lecture 3: Enter Data

Lecture 4: Define Special Node

Lecture 5: Calculation

Lecture 6: Demo Version Download

Chapter 9: Fire Alarm System

Lecture 1: Fire alarm system

Lecture 2: Addressable & conventional fire alarm system

Lecture 3: Example Design

Chapter 10: Fire Suppression system

Lecture 1: What is inert gas system

Lecture 2: IG55 Introduction

Lecture 3: Class

Lecture 4: Dont use with

Lecture 5: IG55 design guide

Lecture 6: IG55 pipe sizing

Chapter 11: Student Answers

Lecture 1: How to design sprinkler system for 75000ft2 floor area

Instructors

Sameera Lakmal
MEP Engineer

Rating Distribution

1 stars: 41 votes

2 stars: 21 votes

3 stars: 59 votes

4 stars: 60 votes

5 stars: 49 votes

Frequently Asked Questions

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Can I take my courses with me wherever I go?

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