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OK. Article 2 of the Interim Provisions on the System of Registered Fire Engineers stipulates that these provisions apply to professional and technical personnel engaged in fire safety technical work such as fire protection facility testing and fire safety monitoring in accordance with the relevant provisions of fire protection laws and regulations.
Article 29 stipulates the scope of practice of registered fire engineers. Accordingly, the fire safety technical work should be engaged in fire safety technology and management in fire technical service institutions and key fire safety units, including fire protection facilities maintenance, building fire protection facilities testing, fire safety assessment, fire safety monitoring, fire extinguisher maintenance, fire consulting, fire safety training and other fire technical services, as well as engaged in unit fire safety management and fire protection facilities inspection, maintenance, and management.
Encourage architectural design institutes and fire protection facilities construction enterprise personnel to participate in the registered fire engineer qualification examination, and the fire protection design, fire protection facilities engineering construction work experience can be regarded as fire safety technology work years.
Registration conditions for the qualification examination of first-class registered fire engineer:
1) Obtain a college degree in fire protection engineering, and work for 6 years, including 4 years in fire safety technology; Or obtain a college degree in fire protection engineering related majors (see Annex 1, the same below), and work for 7 years, including 5 years in fire safety technology.
2) Obtain a bachelor's degree or degree in fire protection engineering, and work for 4 years, including 3 years in fire safety technology; Or obtain a bachelor's degree in fire protection engineering or related majors, and work for 5 years, including 4 years in fire safety technology.
3) Obtain a double bachelor's degree or graduate degree including fire protection engineering, and work for 3 years, including 2 years in fire safety technology; Or obtain a double bachelor's degree or graduate degree in fire protection engineering related majors, and work for 4 years, including 3 years in fire safety technology.
4) Obtain a master's degree or degree in fire protection engineering, and work for 2 years, including 1 year in fire safety technology; Or obtain a master's degree or degree in fire protection engineering or related majors, and have worked for 3 years, including 2 years in fire safety technology.
5) Obtain a doctor's degree or degree in fire protection engineering, and have been engaged in fire safety technology for 1 year; Or obtain a doctoral degree or degree in fire protection engineering or related majors, and have been engaged in fire safety technology for at least 2 years.
6) For those who have obtained the corresponding academic qualifications or degrees in other majors, their working years and the working years in fire safety technology will be increased by 1 year.
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Yes, a second-level or above qualification design institute.
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Fire protection should not be part of the safety management of power plants.
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1. "Code for Fire Protection Design of High-rise Civil Buildings" is a book published by China Planning Press in 2005, and the national standard "Code for Fire Protection Design of High-rise Civil Buildings" GB 50045-95 has been partially revised by the Sichuan Fire Science Research Institute of the Ministry of Public Security in conjunction with relevant units, and has been reviewed by relevant departments.
2. The national standard "Code for Fire Protection Design of Buildings" GB50016-2014 was implemented on May 1, 2015, and the "Code for Fire Protection Design of High-rise Civil Buildings" GB50045-95 was repealed at the same time.
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The new version of the Code for Fire Protection Design of Buildings GB50016-2014 has merged the original two codes and will be implemented from May 1, 2015.
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What is the difference between the fire protection code for high-rise building design and the fire protection code for building design is of no practical significance. Announcement of the Ministry of Housing and Urban-Rural Development of the People's Republic of China.
The 517th Ministry of Housing and Urban-Rural Development Announcement on the issuance of the national standard "Code for Fire Protection Design of Buildings" GB50016-2014 will be implemented from May 1, 2015. The Code for Fire Protection Design of Buildings GB50016-2006 and the Code for Fire Protection Design of High-rise Buildings GB50045-95 shall be repealed at the same time.
In other words, on the basis of the Code for Fire Protection Design of Buildings GB50016-2006 and the Code for Fire Protection Design of High-rise Buildings GB50045-95 (2005 Edition), it has been integrated and revised into one book: Code for Fire Protection Design of Buildings GB50016-2014.
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This is the building design fire protection code GB50016-2006 in the fire control room set up should comply with the following provisions:
1. The fire resistance level of the separately built fire control room shall not be lower than Class II;
shall be separated from other parts of the article, and shall be provided with a safety exit leading directly to the outside;
3. It is strictly forbidden to pass through the electrical lines and pipelines that are not related to the fire control room;
4. It should not be installed near the equipment room with strong electromagnetic field interference and other equipment that may affect the work of fire control equipment.
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You can refer to the materials in the library.
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The current technical specifications for building fire protection are:
Code for Fire Protection Design of Buildings GB50016--2014 Code for Urban Fire Protection Planning GB51080--2015 Code for Fire Protection Design of Garages, Garages and Parking Lots GB50067--2014 Code for Architectural Design of Fire Stations GB51054--2014 Code for Design of Petroleum Depots GB50074--2014 Code for Fire Protection Design of Textile Engineering GB50565--2010 Code for Rural Fire Protection GB 50039--2010 "Code for Fire Protection Design of Civil Air Defense Engineering" GB50098--2009 "Code for Fire Protection Design of Petrochemical Enterprises" GB50160--2008 "Code for Fire Protection Design of Hangars" GB50284--2008 "Code for Fire Protection Design of Iron and Steel Metallurgical Enterprises" GB 50414--2007 "Code for Fire Protection Design of Thermal Power Plants and Substations" GB50229--2006 "Code for Fire Protection Design of Oil and Gas Engineering" GB 50183--2004 Code for Fire Protection of Building Interior Decoration Design, GB50222--2001
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The current one is the Code for Fire Protection Design of Buildings GB 50016-2014.
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Interim Provisions on the System of Registered Fire Engineers
Article 19 The personnel who have obtained the qualification certificate of the first-class and second-class registered fire engineer and apply for registration shall be employed by an approved fire technical service organization or a key fire safety unit, and submit the registration application materials to the fire department of the public security organ where the unit is located (if the employing unit is an enterprise, the enterprise shall be registered with the public security organ through the enterprise).
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Fire engineer refers to a senior technical application professional who has mastered the basic theory of fire and has the skills of design, construction, operation, commissioning and maintenance of fire monitoring systems and common fire extinguishing systems. The main work includes: design, construction, operation, commissioning and maintenance of fire monitoring systems and common fire extinguishing systems.
To apply for the fire engineer series, the most appropriate major is fire engineering technology. Its core courses include building electrical control technology, fire combustion, building fire protection design principles, ventilation and smoke prevention and exhaust technology, building fire water supply engineering, fire monitoring system design and construction, design and construction technology of common fire extinguishing systems, fire protection technology and equipment, etc.
The field of employment is the design and construction of fire protection systems for industrial and civil buildings, the operation and maintenance of fire protection systems for intelligent buildings and factories, the fire protection management of enterprises and institutions, and the management departments of fire protection administrative departments.
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Go to your local construction authority and buy it!
Since I plan to open a design institute, I think there must be a business, so I don't think about it here. Open a general institute, whether it is in the formalities, or the technical requirements are relatively strict, especially for the number of first-class registered architects and first-class registered structural engineers, for other technical personnel is naturally not a problem, it is easy to recruit, now only talk about the opening of the branch: first to register the company in the local area, apply for a business license, tax registration certificate, open a bank account, the registered capital of 500,000 to lay the foundation, the strength can be added, The next step is to go to the construction management office to obtain the integrity manual of the design (the original and copy of the business license of the general institute and the registered branch, the original and duplicate of the organization, the qualification certificate of the general institute, the list of branch managers, the list of designers, the lease contract of the office space, and the list of office equipment), and record the first-class registered buildings and structures (the number of registrars in the branch requires the trial design qualification to be determined), and complete the above procedures in order to obtain the issuing seal and stamp of the plan and construction drawings. >>>More
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