Fire

Fire Safety Assessment, Fire Detection & Protection System Design

Course Lenght: 18 Hours

Time: 8:00 PM to 10:00 PM

Mode: Online in zoom

Schedule: Dec 12.13,19,20,26,27,Jan 2,3,9

Class Recordings: Provided

Certificate From ISO

Course Fee: 5,500 BDT

🔗 Trainer's Profile: LinkedIn

Course Briefing

This course will teach you how to design fire detection and protection systems, as well as fire safety evaluations for industrial and commercial applications. The training covers fire hydrant systems, sprinkler systems, detection systems, and fire safety assessments, among other things.

Course Objectives

The objective of this course includes but is not limited to the followings:

Fire Detection System Design
Fire Protection System Design

CONTENT OUTLINE

Topic 1: Introduction to Fire Safety, BNBC Guidelines, and OSHA Overview

-Safety in Built Environment

-Fire Dynamics and Understanding of Fire

-Information and Analysis for Fire Protection

- Overview of BNBC Guidelines for fire safety in infrastructure

-Introduction to OSHA fire safety: Key standards

Topic 2: Accord & RSC Regulations

-Key requirements under Accord protocols

-RSC standards for fire safety inspections and remediation

-Integration with structural fire protection and human element programs

-OSHA alignments: Emergency action plans

Topic 3: Alliance Regulations and International Standards

-Alliance guidelines for fire prevention and infrastructure
-Evacuation systems and their regulatory ties

-Comparison with BNBC, NFPA, and OSHA

Topic 4: Fire Safety Assessment (FSA) Regulations & Procedure

-FSA methodologies and checklists

-Evacuation plan, egress paths, staircases, and corridor design for safe exit

-Sub-station and generator room separation walls & location selection

-Human element program integration, including OSHA training mandates

Topic 5: Fire Detection Systems (FDS) Design

-Fire Detection and Alarm System

-Smoke Detector & Heat Detector Selection & spacing.

-Automatic Alarm, PA system, and Manual call points location selection.

-Heat & smoke ventilation and positive pressure in staircases , aligned with OSHA ventilation

Topic 6: Fire Fighting Systems (FFS) Design - Water-Based and Suppression

-Water-Based Fire Suppression System

-Pipe Design

-Pump selection

Topic 7: Fire Fighting Systems (FFS) Design
-Sprinkler System Design & installation guidelines,

-Schematic drawing for water supply system

-Hydraulic calculation, incorporating OSHA fixed systems

Topic 8: Advanced Fire Protection and Integration

-Portable Fire Extinguishers and Other Fire Suppression Systems, including detailed coverage of gas suppression systems
-Heat & smoke ventilation and positive pressure in staircases, including staircase pressurization systems for smoke control
-Human Element Program, emphasizing training, drills, and behavioral aspects in fire response

Topic 9: Exam and Discussion

-Comprehensive review of all course modules, with emphasis on OSHA integrations for global applicability

-Discussion on real-world applications, challenges and best practices