FIRE ALARM ENGINEERING
Fire Alarm System Design for Buildings
This course offers a thorough exploration of Fire Alarm System Design for Buildings, delving into fundamental principles, regulations, and practical applications. Participants will acquire a detailed comprehension of fire alarm systems in accordance with relevant codes and standards. Through comprehensive study, attendees will learn to effectively design, implement, and maintain fire alarm systems to enhance safety and compliance within various building environments.
1. Introduction to Fire Alarm Systems
• Overview of fire alarm systems
• Importance of early detection
• Types of fire alarm systems: Conventional vs. Addressable
3. Fire Detection Devices
• Smoke detectors: Ionization vs. Photoelectric
• Heat detectors: Fixed temperature vs. Rate-of-Rise
• Flame detectors and gas detectors
• Specialty detectors: Beam detectors, air sampling systems
4. Notification Devices
• Audible alarms: Horns, bells, speakers
• Visual alarms: Strobes and light indicators
• Integration with mass notification systems
• Voice evacuation systems
5. Fire Alarm Control Panels
• Centralized vs. distributed control panels
• Panel features and capabilities
• Networked systems and communication protocols
6. Initiating Device Circuits (IDCs) and Notification Appliance Circuits (NACs)
• Wiring requirements and considerations
• Sizing and designing IDCs and NACs
• Circuit supervision and monitoring
7. System Zoning and Design Layout
• Zoning principles for effective coverage
• Placement of detection devices and notification appliances
• Addressable device programming and addressing
8. System Integration and Compatibility
• Integration with HVAC and security systems
• Compatibility with emergency lighting systems
• Interfacing with building management systems
9. System Testing and Maintenance
• Pre-installation and acceptance testing
• Routine maintenance procedures
• Documentation and record-keeping
10. Case Studies and Practical Exercises
• Review of real-world fire incidents and system responses
• Design projects based on hypothetical building scenarios
• equipment
New Batch Date & Timing
- Starting Date: First Week of The Month
- Class Timing: Contact Us
- Course Duration: 3-4 Months
Contact us !
- +1 945 265 2331
- contact@everestmepinstitute.com
Course Cost
Cost:
- Course starting fee: $999.99
Eligibility:
- For engineering courses, minimum associate degree (2 -year) is required, Bachelor’s degree is preferred.
- For CAD/3D drafting courses, minimum high school degree is required.
- Proof of eligibility to work in the USA is required before starting the course.
Course Benefits & Other
Services:
- Learn hard skills that will serve lifetime.
- Due to shortage of electrical, mechanical and plumbing engineers, MEP engineer’s compensation is growing fast all over the United States.
- 100% placement assistance with resume preparation,mock interviews, and marketing.
- First year job support and guidance by in-house experts.
- H1B and GC sponsorship available for qualifed candidates. Must have work permits.
- We get paid only if you get paid, so our team is 100% dedicated to your success.
- We are a team of industry professionals ranging from 10-20 years of experience in MEP industry.