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XuetangX

Construction Techniques for Fire Protection Engineering

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Overview

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The course is built around the core concept of "dual cultivation of morality and skills," supporting online, offline, and blended teaching activities. It aims to reform teaching methods and evaluation, forming a "one core, three dimensions" course system.

This course adopts an educational philosophy that integrates outcome-based education with engineering education. It employs flexible teaching methods such as blended online and offline learning and task-driven instruction, focusing on three goals: knowledge, skills, and quality. The teaching activities guide students to use engineering thinking to solve problems, showcasing cases while encouraging students to explore and collaborate actively. This approach aims to develop students' self-learning and practical abilities, promoting the unity of knowledge and action, and the dual cultivation of morality and skills.


Syllabus

  • Project 1: Overview of Fire Protection Engineering Construction
    • 1.1 Read the Construction Drawing of Fire Protection Engineering
    • 1.2 Construction Steps of Fire Protection Engineering
  • Project 2: Automatic Fire Alarm System
    • 2.1 Fire Electrical Wiring
    • 2.2 Installation of Detectors
    • 2.3 Installation of Two-wire Bus Type Detectors
    • 2.4 Installation of control and display equipment
    • 2.5 Installation of Other Components of the Fire Automatic Alarm System
    • 2.6 Troubleshooting for the Manual Fire Alarm Button
    • 2.7 Debugging of the Automatic Fire Alarm System
    • 2.8 Inspection and Acceptance of the Automatic Fire Alarm System
    • 2.9 Smart Firefighting Integrated Technology
  • Project 3: Water-Based Fire Extinguishing System
    • 3.1 Installation Requirements for Firefighting Water Pumps
    • 3.2 Connection Methods for Fire Water Supply Pipes
    • 3.3 Pipe Cutting
    • 3.4 Threading Pipes
    • 3.5 Grooving Pipes
    • 3.6 Installation of Outdoor Fire Hydrants
    • 3.7 Installation of Indoor Fire Hydrants
    • 3.8 Identification of Sprinkler Heads
    • 3.9 The Installation Methods for Nozzles
    • 3.10 The Installation of the Alarm Valve Group
    • 3.11 Animation: The Working Principle of the Wet-Type Alarm Valve Assembly
    • 3.12 Installation of Other Components
    • 3.13 Animation: Working Principle of the Alarm Valve Assembly Pressure Switch
    • 3.14 Water Flow Indicator
    • 3.15 Debugging of the Fire Hydrant System
    • 3.16 Inspection and Acceptance Requirements for Fire Water Supply and Hydrant Systems
    • 3.17 Debugging Requirements of Automatic Sprinkler Systems
    • 3.18 Inspection and Acceptance Requirements for Automatic Sprinkler Systems
    • 3.19 Enterprise Case Study — Fire Water Supply Network Monitoring Based on Smart Control
  • Project 4: Gas-Based Fire Extinguishing System
    • 4.1 Installation of Fire Extinguishing Agent Storage Devices
    • 4.2 The installation of Selector Valves and Signal Feedback Devices
    • 4.3 The installation requirements of fire extinguishing agent delivery pipes, nozzles, and other components
    • 4.4 Debugging of Gas Fire Extinguishing Systems
    • 4.5 Acceptance of Gas Fire Extinguishing Systems
    • 4.6 Debugging and Acceptance of Gas Fire Extinguishing Systems
  • Project 5: Other Fire Protection Facilities
    • 5.1 Test of Emergency Lighting Controller
    • 5.2 Early Warning Monitoring of Electrical Fire Monitoring Systems
    • 5.3 Smart Fire Inspection System
    • 5.4 Smart Electricity Monitoring System
  • Final Exam

    Taught by

    Guangxi Vocational College of Safety Engineering

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