In response to the increasing demand for specialists in the field of safety and fire prevention, Mada Al-Maarefa Training Center offers a comprehensive and integrated course on the design of fire fighting systems. This course aims to equip participants with the theoretical and practical knowledge required to understand the components of these systems and the methods for designing them in accordance with internationally recognized standards. During the course, participants will learn how to read technical drawings, select appropriate equipment, and manage different systems to meet safety requirements in diverse work environments.
Target Audience
The Fire Fighting System Design course is intended for the following groups:
- Engineers: Including mechanical, electrical, and safety engineers involved in designing or integrating fire fighting systems in various projects.
- Project Managers and Supervisors: Responsible for implementing and overseeing construction activities and ensuring compliance with safety standards.
- Technicians and Inspectors: Engaged in the installation, maintenance, or inspection of systems within regulatory bodies or specialized companies.
- Engineering Students and Professionals: Interested in learning the fundamentals of system design to enter the job market.
Course Modules
The Fire Fighting System Design course is structured over five training days, covering the following modules:
Day One: Introduction to Fire Fighting Systems
- Overview of fire fighting systems and their basic types.
- Importance of system design in protecting lives and property.
- Classification of fires and types of extinguishing materials used.
- Core international standards for fire system design.
Day Two: Hydraulic Systems and Water Piping
- Design of automatic sprinkler systems.
- Pressure and flow calculations in fire water networks.
- Planning and distribution of piping within buildings and facilities.
- Requirements for fire tanks and backup water sources.
Day Three: Detection and Early Warning Systems
- Types of smoke and heat detectors and their operating principles.
- Design of early warning networks and integration with the central control room.
- Concept of integration between detection systems and automatic fire suppression equipment.
- Standards for installation and operation of alarm systems.
Day Four: Special Hazards Fire Suppression Systems
- Design of gaseous suppression systems such as FM-200 and CO2 systems.
- Applications of dry chemical suppression systems.
- Operating principles of water mist systems.
- Selecting the appropriate system based on the nature of hazards and facilities.
Day Five: Technical Design and Documentation for Fire Fighting Systems
- Preparation of complete design files for fire protection systems.
- Reading and analyzing engineering drawings related to fire systems.
- Writing detailed technical specifications for various system units.
- Reviewing local and international authority requirements for system approval.
Course Objectives
This course aims to enable participants to:
- Understand the concepts and types of fire fighting systems.
- Apply international design standards in fire fighting projects.
- Acquire skills in reading and analyzing technical drawings.
- Select suitable equipment and systems based on hazard characteristics.
- Prepare technical reports and design effective solutions for facility protection.
- Study maintenance and inspection requirements to ensure system efficiency.
- Implement real-world design projects in accordance with global standards.
Course Impact
On the Trainee
The course enhances professional capabilities in designing fire protection systems, providing participants with the skills to analyze risks and choose the most suitable solutions, thereby increasing employment opportunities in engineering design and safety.
On the Institution
The course contributes to improving the efficiency of safety systems and reducing potential losses from incidents. It also ensures compliance with international standards, enhancing the institution’s reputation and client trust.
This course represents an ideal opportunity to gain specialized expertise in one of the most critical areas of engineering safety. With its practical content based on global standards, participants will be equipped to design effective systems for protecting lives and property. Register now to develop your skills and join the elite professionals in this field.
