[Emergency Rescue Technology] 3.Construction Techniques for Fire Protection Engineering
#ICT# #IOT#

Lesson Code: TCEN2025H008

Clicks:
Academic Hours
3.90hours
Publish Date
Jun 2025

Lecturer

1. Lecturers TAN XuehuiGuangXi Vocational College of Safety Engineering

2. Lecturers LOU MengweiGuangXi Vocational College of Safety Engineering

3. Lecturers YIN FuchenGuangXi Vocational College of Safety Engineering

4. Lecturers WEI YihanGuangXi Vocational College of Safety Engineering

5. Lecturers GAN GanlongGuangXi Vocational College of Safety Engineering

6. Lecturers DENG JiyingGuangXi Vocational College of Safety Engineering

7. Lecturers ZENG LingqinGuangXi Vocational College of Safety Engineering

8. Lecturers LIU ShujinGuangXi Vocational College of Safety Engineering

9. Lecturers SU XiaoboGuangXi Vocational College of Safety Engineering

10. Lecturers GUO ChaoyanGuangXi Vocational College of Safety Engineering

11. Lecturers PAN XinzhongGuangXi Vocational College of Safety Engineering

General Introduction
This course focuses on advanced industry standards and cutting-edge technologies in fire protection engineering. Featuring a framework that integrates national codes, engineering practice, and technological convergence, the course is designed to equip trainees with comprehensive technical skills across the entire workflow of fire protection engineering
—from construction drawing interpretation to construction, commissioning, and acceptance. It emphasizes engineering collaboration capabilities to meet the growing demand for qualified professionals in the fire protection industry.

This Course is for
# Enabling trainees to understand the composition, operating principles, and interlocking logic of fire alarm systems, fire hydrant systems, automatic sprinkler systems, and gaseous fire extinguishing systems. # Helping trainees acquire proficiency in standard fire protection construction techniques (e.g., pipe threading/grooving/cutting, detector installation, alarm valve group commissioning), and develop the ability to install and commission complex systems such as gaseous fire suppression and sprinkler systems. # Guiding trainees to independently complete the entire operational process from pre-construction preparation to installation, commissioning, and final acceptance in accordance with international engineering acceptance standards.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Tanks

Recognized By

Benefits of Learning

# Being able to comply with fire protection construction site safety operation protocols and complete the installation, commissioning, and acceptance of fire protection systems.
# Knowing how to operate various tools based on product specifications or user manuals.
# Capable of performing hands-on technical operations such as fire pipeline processing (threading/grooving/cutting), detector installation, and alarm valve group commissioning.
# Capable of identifying common faults during fire protection system installation and correcting them in accordance with relevant standards.
# Being able to develop construction organization plans, quality control schemes, and emergency response plans in line with international engineering management standards.
# Adhering to engineering ethics and strictly following international professional codes of conduct to ensure building safety and safeguard public interest.

Courses Videos
Course Introduction.mp4play1.1 Read the Construction Drawing of Fire Protection Engineering.mp4play1.2 Construction Steps of Fire Protection Engineering.mp4play2.1 The Measurement of Resistance.mp4play2.2 Megohmmeters.mp4play2.3 The Use of Megohmmeter - Measuring the Insulation Resistance of Electric Motors.mp4play2.4 The Use of Multimeters.mp4play2.5 The Use of Clamp Meters.mp4play2.6 Fire Electrical Wiring.mp4play2.7.1 Installation of Detectors-1.mp4play2.7.2 Installation of Detectors-2.mp4play2.8 Installation of Two-wire Bus Type Detectors.mp4play2.9 Installation of Four-wire System Devices.mp4play2.10 Installation of control and display equipment.mp4play2.11.1 Installation of Other Components of the Fire Automatic Alarm System-1.mp4play2.11.2 Installation of Other Components of the Fire Automatic Alarm System-2.mp4play2.12 Smoke Detective Standalone Smoke Monitoring System.mp4play2.13.1 Debugging of the Automatic Fire Alarm System-1.mp4play2.13.2 Debugging of the Automatic Fire Alarm System-2.mp4play3.1 The Types, Components, and Operation Methods of Fire Hydrants.mp4play3.2 The Installation Methods for Nozzles.mp4play3.3 False Alarm of Pressure Switch on Alarm Valve Assembly.mp4play3.4 Alarm Valve Fault Analysis.mp4play3.5 Wet Pipe Automatic Sprinkler System Functional Testing.mp4play4.1 Installation of Fire Extinguishing Agent Storage Devices.mp4play4.2 The installation of Selector Valves and Signal Feedback Devices.mp4play4.3 The installation requirements of fire extinguishing agent delivery pipes, nozzles, and other components.mp4play4.4 Debugging of Gas Fire Extinguishing Systems.mp4play4.5 Acceptance of Gas Fire Extinguishing Systems.mp4play5.1 Test of Emergency Lighting Controller.mp4play5.2 Early Warning Monitoring of Electrical Fire Monitoring Systems.mp4play5.3 Smart Fire Inspection System.mp4play5.4 Smart Electricity Monitoring System.mp4play

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