Fire Alarm and Public Address System
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Fire Alarm and Public Address System
This course is part of Smart Building Systems- Electrical and ELV Specialization
Instructor: Subject Matter Expert
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What you'll learn
Learners will be able to select and design fire detection and alarm systems based on hazard type, ensuring effective and reliable fire safety
Learners will also gain the ability to integrate notification and public address systems for coordinated emergency communication and evacuation.
Skills you'll gain
- Safety Assurance
- Safety Standards
- Electrical Safety
- Electrical Engineering
- Electronic Components
- Control Systems
- Hazard Analysis
- Technical Standard
- Building Services Engineering
- Electrical Equipment
- Communication Systems
- Safety and Security
- Systems Integration
- Electrical Systems
- Electronic Systems
- Telecommunications
Details to know
May 2026
8 assignments
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There are 4 modules in this course
This course provides a comprehensive understanding of fire detection, alarm, and public address systems used in modern buildings. It begins with the selection of fire detection systems based on hazard type, enabling learners to match appropriate detectors (smoke, heat, aspirating, etc.) to different environments. The course then explores fire alarm notification devices, focusing on their location, coverage, and integration with other building systems for effective emergency response.
Learners will also be introduced to advanced technologies such as fire trace systems and aspirating smoke detection, which provide early and specialized detection in critical areas. The course concludes with the design and role of public address (PA) systems for emergency communication and evacuation. By the end of the course, learners will be able to design fire detection and alarm systems tailored to building risks, ensure proper placement of notification devices, and integrate PA systems for coordinated safety response. What makes this course unique is its hazard-based and application-driven approach, combining safety principles with real-world design scenarios. It prepares learners to contribute effectively to fire safety engineering, building services design, and integrated emergency systems. Target learners: β’ Graduate engineers seeking practical knowledge in Smart Building Electrical & ELV systems. β’ Design consultants and project engineers working on building and infrastructure projects. β’ Commissioning, maintenance, and facility professionals involved in smart building technologies.
This module provides an introduction to fire detection and alarm systems used in modern building safety infrastructure. It covers the purpose and importance of fire detection systems and explains various detection technologies including smoke, heat, multi-sensor, aspirating, gas, carbon monoxide, and flame detectors such as UV and IR. Learners will understand how different fire hazards are classified according to standards and how these classifications influence the selection of appropriate detectors. The module also highlights practical applications and integration of detectors within fire alarm systems to ensure effective fire detection and safety compliance in buildings and industrial facilities.
What's included
15 videos2 assignments3 plugins
15 videosβ’Total 93 minutes
- About the Specializationβ’3 minutes
- About the Courseβ’4 minutes
- Introduction to Fire Detection System β’4 minutes
- Purpose of Fire Detection and Alarm β’2 minutes
- Types of Fire Detection Devices- Smoke and Flame - Part 1β’8 minutes
- Types of Fire Detection Devices- Smoke and Flame - Part 2β’10 minutes
- Types of Fire Detectors- Gas and Carbon Monoxide Detectorsβ’3 minutes
- Introduction to selection of Detectors Based on the Hazardβ’12 minutes
- Recap of Fire Detectorsβ’12 minutes
- Importance of Selecting Right Detector for a Specific Hazardβ’5 minutes
- Types of Hazards Based on Indian Standards and NFPAβ’12 minutes
- Selection of Detector Based on Hazardβ’5 minutes
- Applications of Heat and Smoke Detectorsβ’5 minutes
- Applications of Aspirating Smoke Detectorsβ’4 minutes
- Applications of Combustion Gas, UV and IR Detectors β’2 minutes
2 assignmentsβ’Total 60 minutes
- Fire Detection Systems - Types and Selection Based on the Hazardβ’30 minutes
- Assessment on Fire Detection Systems - Types and Selection Based on the Hazardβ’30 minutes
3 pluginsβ’Total 45 minutes
- Types of Fire Detection Systemβ’15 minutes
- Types of Fire Detectors-Heat, Multi Sensor and Aspirating Detectorsβ’15 minutes
- Fire Alarm System Constructionβ’15 minutes
This module introduces fire alarm notification devices and the key terminology used in fire detection systems. It explains the role of notification devices in alerting building occupants during fire emergencies and supporting safe evacuation procedures. Learners will understand different types of notification devices, including audible, visual, and combined alarms, along with their operating modes and placement strategies for effective coverage. The module also provides an overview of fire notification and evacuation strategies, historical development, and basic detector coverage concepts used in fire alarm system design.
What's included
22 videos2 assignments
22 videosβ’Total 159 minutes
- Introduction and Terminologies of Fire Alarm Notification Devices β’11 minutes
- Fire Notification Devices and Modesβ’3 minutes
- Objectives of Notification Devicesβ’2 minutes
- Location of Notification Devices- Visible, Audible, Visible and Audible-Part 1β’14 minutes
- Location of Notification Devices- Visible, Audible, Visible and Audible-Part 2β’12 minutes
- Fire notification and Evacuation Stratergy and its Performanceβ’6 minutes
- History and Development of Fire Detectors and its Terminologiesβ’5 minutes
- Introduction to Coverage of Fire Detectorsβ’3 minutes
- Coverage of Heat and Smoke Detectors - Part 1β’9 minutes
- Coverage of Heat and Smoke Detectors - Part 2β’8 minutes
- Detector Coverage using Indian Standard 2189β’7 minutes
- Detector Coverage using Indian Standard 2190β’9 minutes
- Coverage of Aspiration and Beam Detectorsβ’6 minutes
- Coverage of Flame or Ember and Multicriteria detectorsβ’3 minutes
- Coverage of Detector Based on Air Movement β’2 minutes
- Where not to Place Smoke Detectorsβ’15 minutes
- Inspection, Test and Maintenance Practicesβ’2 minutes
- Introduction to Fire Alarm Integration With Building Systemsβ’5 minutes
- Integration with Building Services and Methods- Part 1β’9 minutes
- Integration with Building Services and Methods- Part 2β’12 minutes
- Cause and Effect Matrixβ’11 minutes
- Cause and Effect Matrix and Fire Alarm Integration Demoβ’6 minutes
2 assignmentsβ’Total 60 minutes
- Fire Alarm Notification Devices - Location, Coverage and Integration with Building Systemsβ’30 minutes
- Assessment on Fire Alarm Notification Devices - Location, Coverage and Integration with Building Systemsβ’30 minutes
This module focuses on the practical aspects of fire detection system design, including detector coverage, placement, and system integration. It covers coverage requirements for various detectors such as smoke, heat, aspirating, beam, flame, and multi-criteria detectors based on standards like IS 2189. Learners will understand detector placement considerations, environmental factors affecting performance, and areas where detectors should not be installed to prevent false alarms. The module also introduces inspection, testing, maintenance practices, and the cause-and-effect matrix used to integrate fire alarm systems with building services during emergencies.
What's included
9 videos2 assignments3 plugins
9 videosβ’Total 57 minutes
- Working Philosophy of PA Systemβ’6 minutes
- Study on Noise Sensing and Paging Microphoneβ’7 minutes
- Study of Surveillance Integrated with PA Systemβ’4 minutes
- Checklist and Workingβ’6 minutes
- Design Approach of PA Systemβ’5 minutes
- Design Calculation of Ceiling Speakers and Wall Mounted Speakersβ’11 minutes
- Component Selection, Ambient noise level and Design Sampleβ’7 minutes
- Installation and Testing of a PA systemβ’6 minutes
- Testing and Commissioning Instrumentsβ’5 minutes
2 assignmentsβ’Total 60 minutes
- IP Based PA Systemβ’30 minutes
- Assessment on IP Based PA Systemβ’30 minutes
3 pluginsβ’Total 45 minutes
- Sequence of Operations and Typesβ’15 minutes
- Example of PA Systemβ’15 minutes
- Commissioning of PA system β’15 minutes
This module provides an introduction to Public Address (PA) and Voice Alarm systems used in buildings, transportation hubs, and public facilities. It covers the fundamentals of sound properties and sound pressure levels along with key PA system components such as speakers, microphones, amplifiers, and controllers. Learners will understand microphone polar patterns, cabling requirements, applicable standards, and PA system design schemes for effective audio distribution. The module also introduces voice alarm controllers, amplifier types, and modern IP-based PA systems used for emergency communication and evacuation.
What's included
7 videos1 reading2 assignments3 plugins
7 videosβ’Total 42 minutes
- Introduction to Public Address Systemβ’2 minutes
- Sound Properties and Pressure Levelβ’9 minutes
- Components of PA Systemβ’6 minutes
- Study of PA Schemeβ’6 minutes
- Voice Alarm Controller and Systemβ’6 minutes
- Applications of Amplifiersβ’4 minutes
- Features of IP based PA System and Software Configurationβ’9 minutes
1 readingβ’Total 10 minutes
- Types of Speaker and Microphonesβ’10 minutes
2 assignmentsβ’Total 60 minutes
- Public Address System β’30 minutes
- Assessment on Public Address System β’30 minutes
3 pluginsβ’Total 45 minutes
- Polar Pattern, Cables, Codes and Standardsβ’15 minutes
- Analog Amplifier and its Typesβ’15 minutes
- IP based PA System and its Schematic Diagramsβ’15 minutes
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