Relevant units: the strategic plan for the construction industry in the 14th five year plan will continue to promote and accelerate the development of prefabricated buildings
.
By 2025, China’s newly built prefabricated building area will reach 1.651 billion square meters, and the market scale will reach 3.6 trillion yuan
.
On August 28, 2020, the Ministry of housing and urban rural development, together with eight ministries and commissions, issued several opinions on accelerating the development of new building industrialization (Jian Biao GUI) [2020] No
.
8)
.
The new building industrialization is driven by a new generation of information technology, which integrates the whole industry chain, value chain and innovation chain of the project by means of systematic integrated design and lean production and construction in the whole life cycle of the project To realize the construction industrialization with high efficiency, high quality, low consumption and low emission
.
Since the implementation of the guiding opinions of the general office of the State Council on vigorously developing prefabricated buildings, the industrialization of new buildings represented by prefabricated buildings has been rapidly promoted, and the construction level and construction quality have been significantly improved
.
By means of industrialization, the integration of design, production, construction, assembly and decoration is implemented to realize the sustainable development of “whole life cycle” of green manufacturing of buildings
.
The Ministry of housing and urban rural development and the national development and Reform Commission formulated the general contracting management measures for housing construction and municipal infrastructure projects (JSG [2019] No
.
12), It is pointed out that the prefabricated building project has the characteristics of “design standardization, production factory, construction assembly, main mechanical and electrical decoration integration, and whole process management informatization”
.
Only by vigorously promoting EPC mode can the whole process of engineering construction be connected into a complete integrated industrial chain, and the construction advantages of prefabricated building be fully played
.
It is helpful to realize the organization, systematization and lean of engineering construction, to reduce the cost of engineering construction, to shorten the construction period, to realize the integrated application and innovation of technology and the application of information in the whole process
.
Relying on BIM Technology and EPC mode to promote integrated construction and information management throughout the whole process of prefabricated building construction
.
In order to help relevant units timely understand the latest policies of prefabricated buildings, learn and master the key technologies of prefabricated buildings, promote the integrated application of BIM Technology in the whole process of planning, survey, design, production, construction, decoration, operation and maintenance of prefabricated buildings, and realize the data sharing and information management of the whole life cycle of engineering construction projects
.
We will invite authoritative experts to hold a special training course on “the application of key technologies and EPC general contracting mode for the development of new building industrialization and the integrated design, production and construction of prefabricated buildings and BIM Technology Application and fine management”
.
The training course is sponsored by China International Engineering Consulting Association and undertaken by Beijing CSCEC Management Consulting Group Co., Ltd
.
The specific training items are as follows: 1
.
Training content (1) innovation and application of the overall design method of prefabricated building; 1
.
Main structure and plane design of prefabricated building, integrated design of building, exterior enclosure design of building, interior decoration design, equipment and pipeline design; 2
.
Current situation of prefabricated concrete structure, design process and method of prefabricated concrete structure, and design of prefabricated concrete structure Concrete structure design cases; 3
.
Overview of the new prestressed prefabricated construction system, the combination of performance characteristics and seismic isolation technology, and the analysis of relevant examples; 4
.
Design content and method of precast concrete components, design method of typical component shear wall panel and laminated plate; 5
.
Problems in the design of prefabricated buildings; 6
.
Evaluation standard of prefabricated buildings; 7
.
Full decoration design of prefabricated buildings (2) the application of key technologies of “design production construction integration” in prefabricated buildings: 1
.
The modern development of construction industry and its new industrialized building system; 2
.
The preparation of new prefabricated buildings and its technical standards; 3
.
The development needs of prefabricated building industrialization and its design scheme and optimization principles; 4
.
The design of prefabricated building components 5
.
Structural design of prefabricated integral frame structure; 6
.
Analysis of current technical standards and evaluation system of prefabricated building; 7
.
Key technology and application practice of prefabricated building, design points, difficulties and case analysis; 8
.
Design of prefabricated concrete building equipment and pipelines and concrete shear wall structure of high-rise buildings in China; 9 The main contents of prefabricated building standards and typical cases of prefabricated steel structure housing; 11
.
Technical development of steel structure housing and interpretation of prefabricated steel structure building technical standards; 12
.
Technical points of prefabricated steel structure building and technical regulations of prefabricated concrete structure; 13
.
Prefabricated steel structure The main contents are as follows: integration of architectural design and standardization of prefabricated building steel structure and engineering cases; 14
.
Application of prefabricated building and implementation of national standards and technical status of prefabricated building at home and abroad; 15
.
Development of precast concrete technology and its product innovation and procurement management of prefabricated building; 16
.
Foundation of in-depth design of prefabricated components and whole process technical guidance of prefabricated PC building construction; 17 Common quality problems and preventive measures of prefabricated building construction and case analysis; 18
.
Preparation depth of prefabricated design documents and construction drawing review and detailed design, component detail design method; 19
.
Detailed explanation of prefabricated frame structure public building case and prefabricated shear wall residential case; 20
.
Technical preparation, personnel preparation and mobilization of prefabricated structure before construction and installation of prefabricated building Inspection and storage of prefabricated components; 21
.
Construction connection method of prefabricated components, field construction of vertical prefabricated components and horizontal prefabricated components; 22
.
New structural system, exterior wall system, interior decoration system and electromechanical system of prefabricated steel structure; 23
.
New installation (construction) process and construction method of prefabricated steel structure; 3
.
Application of EPC general contracting mode of prefabricated building; 1
.
Prefabricated building The main points of EPC policy interpretation and management implementation are as follows: 2
.
Exploration and practice of EPC management of prefabricated construction projects; 3
.
Difficulties and case analysis of EPC of prefabricated construction projects; 4
.
Integration of architecture and design of EPC of prefabricated construction projects; 5
.
Application of EPC based design of prefabricated construction projects; 6
.
Design and optimization of prefabricated construction projects based on EPC mode; 7 Research and practice of construction technology
.
（4） The application of BIM Technology in the integrated design, production, construction, operation and maintenance management of prefabricated buildings: 1
.
The application of BIM Technology in the prefabricated design and deepening; 2
.
The application of BIM Technology in the prefabricated production; 3
.
The application of BIM Technology in the project bidding; 4
.
The application of BIM Technology in the fine management of the whole process of project construction; 5
.
The application of BIM Technology in the prefabricated cost management; 6 7
.
Bim-erp information management application; 8
.
BIM application technology system configuration principle of prefabricated building; 7
.
All professional BIM component model assembly; 8
.
Principle and demonstration of precise collision inspection; construction progress demonstration; 10
.
Enterprise BIM application standardization management; 2
.
Participants and relevant persons in charge of residential construction system, construction and engineering, Construction engineering planning and design, construction drawing review, energy saving evaluation, green building consultation, technical director of building energy-saving material production enterprises, energy-saving technology and building materials management, wall renovation management, engineering quality supervision ZS; management enterprises, engineering general contracting enterprises, construction engineering companies, architectural design institutes, planning and design institutes, survey and design, engineering consultation, real estate development Construction and installation, prefabricated component production, scientific research institutes and construction drawing review institutions, engineering consulting technical personnel; engaged in prefabricated building construction, component production enterprises and in-depth design technical personnel; project supervision, quality supervision and other related personnel.
.