NEWS
[Current Affairs Focus] The "14th Five-Year Plan" Engineering Survey and Design Industry Development Plan was issued! Promote general contracting, architect responsibility system and other models!
- Categories:Industry News
- Author:
- Origin:Steel Structure China
- Time of issue:2022-05-31 11:24
- Views:
[Current Affairs Focus] The "14th Five-Year Plan" Engineering Survey and Design Industry Development Plan was issued! Promote general contracting, architect responsibility system and other models!
(Summary description)On May 12, the Ministry of Housing and Urban-Rural Development issued the "14th Five-Year Plan" Engineering Survey and Design Industry Development Plan, which clarified the industry development goals during the "14th Five-Year Plan" period: the engineering survey and design industry has developed steadily, continued to expand in scale, and significantly improved its benefits. The leading role of survey and design in engineering construction is further highlighted; the relevant laws and regulations for survey and design are continuously improved, the market environment is further optimized, the integrity system is initially established, and the quality of survey and design is fully guaranteed; the green, industrial and digital transformation of the engineering survey and design industry is comprehensive Speeding up, technological management innovation and comprehensive service capabilities have been continuously enhanced, and the level of standardization and integration has been further improved, continuing to contribute to the high-quality development of the construction industry.
- Categories:Industry News
- Author:
- Origin:Steel Structure China
- Time of issue:2022-05-31 11:24
- Views:
On May 12, the Ministry of Housing and Urban-Rural Development issued the "14th Five-Year Plan" Engineering Survey and Design Industry Development Plan, which clarified the industry development goals during the "14th Five-Year Plan" period: the engineering survey and design industry has developed steadily, continued to expand in scale, and significantly improved its benefits. The leading role of survey and design in engineering construction is further highlighted; the relevant laws and regulations for survey and design are continuously improved, the market environment is further optimized, the integrity system is initially established, and the quality of survey and design is fully guaranteed; the green, industrial and digital transformation of the engineering survey and design industry is comprehensive Speeding up, technological management innovation and comprehensive service capabilities have been continuously enhanced, and the level of standardization and integration has been further improved, continuing to contribute to the high-quality development of the construction industry.
Content source: China Construction News
Departments of Housing and Urban-Rural Development of all provinces and autonomous regions, Municipal Housing and Urban-Rural Development (Management) Commissions, Beijing Municipal Planning and Natural Resources Commission, Xinjiang Production and Construction Corps Housing and Urban-Rural Development Bureau, and Construction Departments (bureaus) of relevant departments of the State Council:
In order to guide and promote the high-quality development of the engineering survey and design industry during the "14th Five-Year Plan" period, according to the "14th Five-Year Plan for National Economic and Social Development of the People's Republic of China and the Outline of the Vision for 2035", our ministry organized the compilation of "" Fourteenth Five-Year "Engineering Survey and Design Industry Development Plan". It is hereby printed and distributed to you, please implement it according to the actual situation.
Housing and Urban-Rural Development
"14th Five-Year Plan" Engineering Survey and Design Industry Development Plan
1. Development environment
During the "Thirteenth Five-Year Plan" period, my country's engineering survey and design industry developed steadily. A large number of national key projects have been designed and completed, the originality of the scheme has been improved, and the level of survey and design technology has reached a new level. The scale of the engineering survey and design industry has been further expanded, and the management level and economic benefits have been further improved. The total number of enterprises in the industry has reached 23,741, with an average annual growth rate of 3.0%; the total number of employees has reached 4.40 million, with an average annual growth rate of 7.7%; the total operating income has reached 7,249.67 billion Yuan, with an average annual growth rate of 21.8%. The organizational model of engineering construction has been continuously innovated, the whole-process engineering consultation and general project contracting have grown rapidly, and the pilot work of the architect responsibility system has achieved positive results. The capability of scientific and technological innovation has been continuously enhanced, the average annual growth rate of investment in scientific and technological activities has reached 28.8%, new progress has been made in key technology research, the technology system has been improved day by day, and the green, industrialized and digital transformation of the engineering survey and design industry has been promoted in an orderly manner. The level of internationalization has been greatly improved, and the value of newly signed contracts in overseas markets has increased by 47% compared with the end of the "Twelfth Five-Year Plan" period. The engineering survey and design industry has played an important role in promoting the construction of new urbanization, the continuous improvement of the living environment, and the high-quality development of the construction industry.
At the same time, it is also necessary to realize that the leading role of the engineering survey and design industry in engineering construction has not been fully exerted, the design innovation capability is insufficient, the attractiveness of high-end talents is declining, there is a shortage of compound talents, the supply capacity of high-end services needs to be improved urgently, and the homogeneity is low.
The "14th Five-Year Plan" period is the first five years for my country to embark on a new journey of building a socialist modernized country in an all-round way and marching toward the second centenary goal. Tasks such as new urban infrastructure construction, urban renewal, complete residential community construction, and rural construction actions have brought new opportunities for the development of the engineering survey and design industry. The carbon peak and carbon neutrality goals have pointed out a new direction for the green and low-carbon development of the industry. The new round of scientific and technological revolution and industrial transformation is advancing in depth, especially the extensive integration and deep penetration of digital technology and the construction industry, providing new impetus for the transformation and upgrading of the industry. The rapid development of new models such as whole-process engineering consulting, general project contracting, and architect responsibility system has expanded new business space for the industry. The new development pattern with the domestic cycle as the main body and the domestic and international dual cycles promoting each other has put forward new requirements for the transformation and upgrading of the industry. The engineering survey and design industry must seize new opportunities, face new challenges, and achieve high-quality development.
2. General requirements
(1) Guiding ideology.
Guided by Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, thoroughly implement the spirit of the 19th National Congress of the Communist Party of China and the 19th Plenary Sessions, based on the new stage of development, fully, accurately and comprehensively implement the new development concept and build a new The development pattern is based on the theme of promoting high-quality development to meet the growing needs of the people for a better life. Accelerate the promotion of technology and management innovation as the engine, continue to optimize the market environment, reform supervision methods, ensure quality and safety, improve project quality, enhance development vitality, give full play to the leading role of survey and design in project construction, and contribute to the promotion of high-quality development of urban and rural construction. strength.
(2) Basic principles.
Adhere to market leadership and government guidance. Give full play to the decisive role of the market in resource allocation, take market demand as the guide, strengthen the dominant position of survey and design enterprises, and stimulate the vitality and creativity of enterprises. Give better play to the government's guiding role, actively transform government functions, further promote the improvement of the legal and regulatory system and support policies, scientifically promote the engineering survey and design industry to deepen the reform of "delegation, regulation and service", and accelerate the formation of an efficient and standardized, fair competition, unified and open market environment .
Adhere to normative constraints and standard guidance. Adhere to the core bottom line requirements of the full text of the mandatory specifications, and strengthen quality safety and performance quality assurance measures. With the goal of serving and promoting high-quality development and meeting people's needs for a better life, it will play a leading role in innovation of recommended standards of technical methods, release innovation space for the engineering survey and design industry, and promote the transformation of a design power into a design power.
Adhere to quality first and green development. Firmly adhere to the bottom line of quality and safety, insist on taking quality as the lifeline of the development of the engineering survey and design industry, promote full life cycle management, comprehensive quality management, and refined management, and further improve the technical and management level of the industry. Implement the concept of green and low-carbon, promote the green development of the engineering survey and design industry, and help the formation and extension of the green industrial chain of engineering construction.
Adhere to talent-oriented, innovation-driven. Give full play to the supporting role of talents, improve the talent training and incentive mechanism at all levels, and enhance the comprehensive ability of the talent team. Adhere to the core position of innovation in the overall development of the engineering survey and design industry, strengthen the research and development and application of key technologies, promote the innovation of organizational management models, and improve the quality level of survey and design and international competitiveness.
(3) Development goals.
During the "14th Five-Year Plan" period, the engineering survey and design industry developed steadily, the scale continued to expand, and the benefits were significantly improved, and the leading role of survey and design in engineering construction was further highlighted. The laws and regulations related to survey and design have been continuously improved, the market environment has been further optimized, the integrity system has been initially established, and the quality of survey and design has been fully guaranteed. The green, industrial and digital transformation of the engineering survey and design industry has been accelerated in an all-round way, the technological management innovation and comprehensive service capabilities have been continuously enhanced, the standardization and integration levels have been further improved, and the high-quality development of the construction industry has continued to be promoted.
The market environment was further optimized. The management of survey and design enterprise qualifications and professional and technical personnel qualifications has been further improved, the industry integrity system has been further improved, and a common governance system framework has been established for individuals to work with trust, orderly competition among enterprises, associations’ self-discipline services, and government-led supervision. The market environment is gradually formed.
Design quality further improved。The legal, intelligent and professional level of survey and design quality supervision has been further improved, and the bottom line of quality and safety has been fully guaranteed. The concept of green and low-carbon design has been fully implemented, and the level of systematic, scientific and refined design has been further improved, and a number of high-quality green construction demonstration projects have been designed.
The ability to innovate is further enhanced。The investment in scientific and technological innovation in survey and design continued to increase, breakthroughs were made in key core technologies, the role of industrial empowerment continued to emerge, and the income from the transfer of scientific and technological achievements increased significantly. The digital transformation process of the industry has been accelerated, the building information model (BIM) has been gradually promoted towards design and collaborative design, and the proportion of digital delivery has steadily increased.
The talent structure is further optimized。The talent training, evaluation, flow and incentive mechanism in line with the characteristics of the engineering survey and design industry are basically perfect, the technical ability of employees has been significantly improved, the proportion of industry compound talents and high-skilled talents has been continuously increased, the team of young talents has been further expanded, the talent structure has been significantly improved, and the training A group of industry leaders.
Development efficiency is further improved。The operating income of the engineering survey and design industry continues to grow, and the annual growth rate is not lower than the GDP growth rate. New business models such as general project contracting, whole-process engineering consulting, and architect responsibility system have been effectively implemented. Comprehensive and integrated development of large-scale survey and design enterprises, specialized and characteristic development of small and medium-sized survey and design enterprises, cultivation of a number of high-end design and consulting service brands, steady increase in overseas survey and design market share, and gradual enhancement of the international competitiveness of "China Design".
3. Improve the market operation mechanism and optimize the development environment
(1) Steadily advance the reform of the market access system.
Optimize the qualification management system for survey and design enterprises, and gradually simplify the categories and grades of enterprise qualifications. Improve the examination system for registered architects and survey and design registered engineers, promote the implementation of the registered practice management system, and cultivate and expand the team of registered practitioners. Improve the individual practice qualification system, and further implement the rights and responsibilities of registered practitioners. Strengthen territorial management responsibilities, regularly organize centralized inspections and dynamic inspections, and strengthen supervision, inspection and punishment of enterprises and related technical personnel.
(2) Create a healthy and orderly market environment.
Further clean up and abolish regulations and practices that impede the unified market for survey and design and fair competition across the country, improve the supervision mechanism for enterprises that undertake business across regions and industries, and build an open and orderly national survey and design market. Organize the preparation of contract model texts under different types of project construction organization models, and maintain the equal status of market players. Support industry associations to release industry service cost information, explore and promote the "labor-hour" pricing model, and guide reasonable design fees and design cycles. Give full play to the role of industry organizations, encourage enterprises to strengthen cooperation, complement each other's advantages, share resources, and create a good industry ecology.
(3) Further optimize the bidding management system.
Continue to improve the survey and design bidding mechanism, and explore bidding methods that meet the characteristics of survey and design. Advocate the principle of evaluating bids based on quality, moderately increase the weight of technical bids, encourage quality competition, strictly prevent vicious low-price competition, and create a level playing field. Promote the implementation of an economic compensation system for unsuccessful bidders to protect creative enthusiasm. Explore the evaluation separation system, and strengthen the rights and responsibilities of the contract-issuing party for independent evaluation. Implement the publicity system of expert review opinions and accept the supervision of the public and public opinion.
(4) Improve credit management and coordinated supervision mechanisms.
Promote the incorporation of survey and design quality information and construction project fire protection design review technical service information into credit information management. Establish a credit information reporting and sharing system, promote the scientific and standardized use of credit information, and build a new type of credit-based survey and design market and quality and safety collaborative supervision mechanism. Improve the credit punishment mechanism that is equivalent to excessive punishment, and encourage market players to carry out credit restoration. Improve the national construction market supervision public service platform, strengthen interconnection and information sharing with relevant platforms such as transportation and water conservancy, and increase the disclosure of survey and design credit information.
4. Guarantee the quality of survey and design, and strictly adhere to the bottom line of development
(1) Strengthen the management of buildings and urban features.
Strictly control the review of architectural design plans, improve relevant design specifications and management systems for cities, blocks, buildings, etc.Strengthen the guidance and constraints of urban design on architecture. Strengthen the management of super-large public buildings, super high-rise landmark buildings, buildings in key areas and large-scale urban sculptures, and the design plans of large-scale public buildings shall be reviewed and approved in accordance with the management procedures for major construction projects. Explore the establishment of a city chief architect system.Strictly control the behavior of "multiple use of one map" and "reuse of one map" in real estate development,Improve the quality of residential building design. Carry out the selection of "National Architecture Award" to lead the overall improvement of architectural design and construction level.
(2) Improve the survey and design quality responsibility system.
Fully implement the survey and design quality responsibilities of all participating units, highlight the primary responsibility of the construction unit, and clarify the main responsibility of survey and design enterprises. Encourage survey and design enterprises to strengthen the construction of quality systems, improve the internal quality control mechanism, and ensure the scientificity and effectiveness of the enterprise quality post responsibility system. Further implement the responsibilities of the legal representatives, project leaders, professional leaders, and registered practitioners of survey and design enterprises, and improve the quality lifelong accountability system. Improve the punishment mechanism, and severely punish violations of laws and regulations in survey and design in accordance with laws and regulations.
(3) Innovate survey and design quality supervision methods.
Strictly implement the "Measures for the Quality Management of Construction Engineering Surveys", promote the informatization of survey quality supervision, implement work requirements such as image retention and real-time upload of data, and further strengthen the supervision of survey quality processes and results. Comprehensively promote the construction of design quality supervision informatization, and strengthen the interconnection of government design quality supervision informatization platforms. Strengthen the interim and ex post supervision of the quality of survey and design, continuously improve the supporting systems and working mechanisms related to the "double random, one open" supervision, and link the proportional frequency and probability of random inspections with the credit rating and risk level of the random inspection objects.
(4) Deepening the reform of the construction drawing review system.
Continue to promote the reform of the construction drawing review system, strengthen the role of construction drawing review and supervision, and strictly implement the responsibilities of construction units, survey and design enterprises and construction drawing review institutions. Increase the disclosure of construction drawing review information to provide important data support for government supervision and the construction of an industry integrity system. Improve the joint review mechanism for construction drawings. Focus on structural, fire safety and other safety reviews to improve review efficiency. Promote the digitization and intelligence of construction drawing review, expand the scope of artificial intelligence drawing review pilots, and gradually promote BIM drawing review.
(5) Explore the establishment of a survey and design quality insurance system.
Encourage research on survey and design quality insurance, and develop insurance types that meet industry and market needs. Study the risk sharing model between individuals and enterprises, scientifically define the responsibility-right relationship between individuals and enterprises, and improve the quality responsibility awareness and risk control ability of employees. Gradually establish a survey and design quality insurance system consisting of end-user potential quality defect insurance, survey and design professional liability insurance, etc., and give play to the role of insurance and other financial tools in promoting survey and design quality.
5. Implement the concept of green and low-carbon, and improve the quality of development
(1) Fully implement the concept of green development.
Comprehensively establish the green development concept of adapting to local conditions, low-carbon development, clean production, and cultural inheritance, advocate the design principle of "passive technology priority, active technology optimization", optimize the functional space layout, and fully explore the site space, project body and equipment in terms of saving resources potential. Advocate the effective use of regional natural conditions, respect the urban texture, industrial characteristics and regional features, realize the rational design of architectural layout, process layout, transportation organization, site environment, site facilities and pipeline network, and promote the green and low-carbon transformation and development of the engineering construction field.
(2) Improve the green and low-carbon design level of buildings.
In accordance with the "Green Building Evaluation Standard" and other relevant standards, comprehensively promote the design of green buildings and improve the level of building energy conservation. Strengthen the technical demonstration of green building design schemes, and give play to the leading role of design in the engineering value chain. Promote the innovation of green building design concepts, methods, and application technologies, and form a green building technology system covering safety and durability, health and comfort, living convenience, resource conservation, and environmental livability. Strengthen the design of residential health performance, and improve the design level of indoor air, water quality, and sound insulation. Strengthen the calculation of carbon emissions from buildings, and fully consider carbon emission reduction in the whole life cycle of building materials production, building design, building construction, and building demolition. Explore the establishment of a green building design, evaluation, and feedback mechanism, and promote the continuous iterative optimization of design technology. Encourage localities to formulate green building design guidelines according to local conditions.
(3) Play the basic role of green survey.
Advocate the concept of green survey, encourage innovation in geotechnical engineering techniques and construction methods, and strengthen environmental protection in survey work. Strengthen the whole-process service of the survey work, attach importance to the survey work in the feasibility study and scheme design stage, strengthen the analysis of geological and geographical environment characteristics and geotechnical engineering conditions, and improve the scientificity and pertinence of the proposals for foundation schemes. Improve the accuracy of survey data, reduce major changes due to survey reasons, and save construction time and cost.
(4) Strengthen the research and development and application of low-carbon key technologies.
Encourage the research and development and innovation of green and low-carbon key technologies and equipment products, and continue to improve the green and low-carbon technology system. Research key technologies for urban renewal such as maximizing the utilization of existing buildings, research key low-carbon technologies for buildings such as renewable energy building integration applications and building electrification, rationally utilize shallow ground energy, solar energy, wind energy and other renewable energy and waste heat resources, vigorously Promote ultra-low energy consumption and near-zero energy consumption buildings, and develop zero-carbon building technologies. Encourage the application of green building materials and low-carbon technologies in the entire life cycle of engineering construction.
(5) Improve the quality standards of construction projects.
Further improve the performance standard indicators of construction projects, improve safety standard indicators, and reasonably determine building quality indicators such as energy saving, indoor and outdoor environmental quality, accessibility, and aging resistance. Improve seismic design standards, study and formulate engineering seismic identification and reinforcement standards, engineering shock absorption and isolation and other new seismic application standards. Research and improve green building design, construction, operation and maintenance standards, and improve existing building green renovation technologies and evaluation standards. Compile relevant standards for ultra-low energy and near-zero energy buildings.
6. Improve the ability of scientific and technological innovation and enhance the driving force for development
(1) Improve the system and mechanism of scientific and technological innovation in survey and design.
Guide the participation of various social forces, and form a scientific and technological innovation system for the engineering survey and design industry with enterprises as the main body, market as the guide, and government as the guidance. Deepen scientific and technological innovation cooperation, and support survey and design enterprises, scientific research institutions, colleges and universities, manufacturers, etc. to jointly carry out scientific research tasks. Guide the establishment of a scientific and technological innovation evaluation system with quality, contribution, and performance as the core indicators, strengthen the correlation between scientific and technological innovation and qualifications, professional titles, and awards, and stimulate the innovation power of employees. Take design as the guide to promote the application of advanced technology, process equipment and new materials with independent intellectual property rights, and promote the application of scientific and technological innovation achievements.
(2) Continue to strengthen prospective technical research.
Strengthen the construction of basic disciplines and interdisciplinary disciplines, and encourage scientific research institutions and institutions of higher learning to independently conduct basic theoretical research. Encourage survey and design enterprises to increase investment in research and development, carry out forward-looking research in areas such as ecological environmental protection, digitalization, new urbanization construction, major projects, construction engineering fire safety, disaster prevention and mitigation, innovate design methods, and develop core technologies, patented technologies and products . Support qualified enterprises to create scientific and technological innovation platforms such as R&D centers, key laboratories, academician master expert workstations, and postdoctoral workstations to enhance their innovation capabilities and international competitiveness.
(3) Give full play to the main role of enterprises in innovation.
Strengthen the main role of enterprises in innovation, guide the establishment of innovation mechanisms and incentive systems, and stimulate innovation vitality of enterprises. Carry out pilot projects for the transformation of the engineering survey and design industry, and cultivate a group of influential and innovative leading enterprises. Encourage small and medium-sized survey and design enterprises to carry out technological innovation and product innovation in professional subdivisions, actively seek support from the national guidance fund, encourage social capital to increase support, and support small and medium-sized enterprises in the development of "specialized, special and innovative".
(4) Enhancing the original ability of scheme design.
Adhere to the design concept of people-oriented and people-oriented cities, respect the laws of urban development, and integrate green and low-carbon, humanistic care, and technological innovation into design practice. In-depth study of Chinese historical traditional culture and regional culture, fully integrate domestic and foreign advanced design ideas, and improve the theoretical system of architecture with Chinese characteristics. Encourage architects to be bold and innovative in engineering practice to form a diverse range of local architectural styles. Establish and improve the architectural design scheme comparison and public announcement system, encourage scheme competitions, and improve the level of original design. Advocate the development of architectural reviews, promote the integration and sublimation of architectural design concepts, and promote the inheritance and innovation of excellent traditional architectural culture.
7. Promote digital transformation of the industry and improve development efficiency
(1) Promote the upgrade and iteration of the management information system of survey and design enterprises.
Use information technology to empower survey and design enterprise management innovation, optimize management mode, reshape management process, continuously improve the seamless integration of enterprise management and production management information system data and functions, and gradually realize comprehensive dynamic business management
(2) Promote the application of BIM in the whole process.
加快提升BIM设计软件性能,重点突破三维图形平台、建模软件、数据管理平台,开发基于BIM、5G、云计算等技术的协同设计应用系统。加快推进BIM正向协同设计,倡导多专业协同、全过程统筹集成设计,优化设计流程,提高设计效率。鼓励企业优化BIM设计组织方式,统一工作界面、模型细度和样板文件,不断丰富和完善BIM构件库资源。逐步推广基于BIM技术的工程项目数字化资产管理和智慧化运维服务。
(3) Promote the digital delivery of engineering projects.
Optimize the administrative approval, achievement delivery and application, file management and other aspects of the system, promote the BIM delivery of engineering project design plans, and improve the digital delivery system for engineering project design and completed results. Promote the integration of BIM software and CIM platform to develop public service platform research and application, actively explore the integration of digital achievements of engineering projects and CIM basic platform data, and study the establishment of a data synchronization mechanism.
(4) Actively promote intelligent, standardized and integrated design.
Build a networked design environment with reasonable resource allocation, clear professional division of labor, data exchange and sharing, and achievement system integration, and actively explore new cross-organizational and cross-regional survey and design collaborative work models. Encourage survey and design enterprises to establish a knowledge management system to collect knowledge resources such as design plans, standards and specifications, and design atlases. Actively promote the application of knowledge map and artificial intelligence technology, promote the intelligence of survey and design, and continuously improve the quality and efficiency of survey and design. Promote multi-professional integrated design of architecture, structure, equipment pipeline, decoration, etc., and promote the design method of fewer specifications and more combinations. Implement the standardized design of building plane and elevation, select standardized components and their interfaces, and avoid secondary split design. Give full play to the comprehensive advantages of prefabricated building integration, implement design selection standards, promote the effective connection between design, production, and construction, and improve the level of new building industrialization.
8. Promote multiple service models and improve development methods
(1) Steadily promote the general contracting mode of projects.
Give full play to the leading role of design-led general contracting demonstration projects, encourage qualified design companies to undertake technically complex construction projects, municipal projects and technology-led industrial project general contracting projects, and improve the scientificity, safety, and quality of design. Precision and ease of construction. Guide qualified design enterprises to establish an organizational structure and management system suitable for general project contracting, further transform production and operation concepts and organizational implementation methods, cultivate comprehensive engineering service capabilities, and promote the integration of international production organization methods. Encourage government investment projects and state-owned enterprise investment projects to give priority to the general contracting model.
(2) Promote whole-process engineering consultation.
Support survey and design enterprises to extend forward and backward in the industrial chain, and develop a whole-process engineering consulting service model covering investment decision-making, engineering construction, operation and other links. Accelerate the establishment of the delivery standard, work flow, contract system and management system of the whole-process engineering consulting service, clarify the responsibilities and rights of all parties in the engineering construction, improve the calculation method of service remuneration, and create conditions for the survey and design enterprises to carry out the whole-process engineering consulting service. Encourage government investment projects and state-owned enterprise investment projects to take the lead in implementing whole-process engineering consultation.
(3) Promote the responsibility system of architects.
Implement the architect's responsibility system in civil construction projects, and give full play to the architect's role in the quality control of construction projects. Deepen the pilot project of the architect's responsibility system, track and evaluate the progress, and establish and improve the institutional system supporting the architect's responsibility system. Study and draft relevant guiding opinions and contract model texts on the architect responsibility system, formulate a multi-category and multi-level work list for the architect responsibility system, clarify the relationship between responsibilities and rights, and standardize practice behavior. Optimize the content of the registered architect examination, strengthen the relevant content of the architect's responsibility system in continuing education, and improve the comprehensive coordination ability of architects.
(4) Further promote the professional system of geotechnical engineering.
Improve the professional integrated service value of geotechnical engineering in the whole process of engineering construction, and promote qualified survey enterprises to provide integrated services of geotechnical engineering survey, design, construction and monitoring. Give play to the leading role of registered civil engineers (geotechnical) in the technical services of geotechnical engineering, and implement professional responsibilities. Strengthen the application of advanced technology in geotechnical engineering in-situ testing, detection and monitoring, and encourage the research and development and innovation of geotechnical engineering professional analysis techniques and treatment techniques, construction methods, and equipment. Encourage the development of domestic geotechnical engineering equipment, and promote the digital and intelligent development of geotechnical engineering equipment.
9. Optimize the talent training system and build a solid foundation for development
(1) Innovative talent training and incentive mechanism.
Deepen the "industry-university-research-design" linkage training mechanism, encourage enterprises to join forces with scientific research institutions and colleges and universities, promote the interdisciplinary and inter-professional training of talents in the engineering survey and design industry, and train a large number of outstanding engineers. Improve the design of continuing education courses for practitioners, increase the training content of cutting-edge technology, project management, cost control, construction management, fire protection design and construction, and improve the comprehensive service capabilities of practitioners throughout the process. Accelerate the construction of the team system of the survey site operators, strengthen the vocational skills training of on-site personnel, and improve the professional skills of industrial workers in the survey industry. Encourage enterprises to inherit and innovate the training model of "passing, helping and leading", and combine project practice to improve the professional ability of young professional and technical personnel. Encourage enterprises to establish a distribution incentive mechanism that is closely integrated with job responsibilities, work performance, and actual contributions, and stimulate talent potential through equity incentives, internal entrepreneurial platforms, and partners.
(2) Strengthen the team of leading talents in the industry.
Encourage enterprises to increase their support for leading talents, guide and support enterprises to deploy various special plans for innovative talents, vigorously select and train a group of young and middle-aged scientific and technological innovation leaders with development potential, and actively create a group of strong technological forward-looking and innovative talents. Engineering scientific research innovation team with high potential value. Improve the national engineering survey and design master management system, explore the establishment of a post-evaluation mechanism, and better play the role of masters in leading teams, doing projects, and doing scientific research.
(3) Enhance the comprehensive ability of registered practitioners.
Adjust and improve the content of the qualification examination, pay more attention to the ability of registered practitioners to control the back-end links of the industrial chain such as construction, supervision, operation, and maintenance, and make up for their shortcomings. Guide and support survey and design enterprises to increase the introduction and training of registered practitioners, increase the number of registered practitioners, and improve the quality of registered practitioners. Further improve the management regulations for survey and design registered engineers, and standardize the practice activities of survey and design registered engineers.
(4) Strengthen the construction of professional ethics of industry personnel.
Vigorously advocate professionalism, impartiality, responsibility, and integrity, strengthen training and education for practitioners, and strengthen continuing education in laws, regulations, and professional ethics for registered practitioners. sense of value and social responsibility. Strengthen industry guidance, promote industry self-discipline, support industry associations in formulating basic rules of professional ethics for survey and design practitioners, and provide guidance and basis for strengthening professional ethics construction and standardizing professional behavior.
10. Guarantee Mechanism
(1) Strengthen overall planning and coordination, and do a solid job in organization and implementation.
Strengthen communication between departments to form a joint force to promote the development of the engineering survey and design industry. Establish the concept of "effective market, promising government", strengthen the promotion and guiding role of housing and urban and rural construction departments and other relevant departments, stimulate the enthusiasm of industry associations, enterprises and practitioners, and coordinate and promote the reform and innovation of the engineering survey and design industry.
(2) Improve policies and regulations and provide institutional guarantees.
Improve the survey and design policy and regulation system, accelerate the revision of the Construction Law, the Fire Protection Law, the Regulations on the Quality Management of Construction Projects, the Regulations on the Administration of Construction Project Survey and Design, and the Regulations of the People's Republic of China on Registered Architects, and improve the general contracting of projects and the whole-process engineering consultation. , architect responsibility system, survey and design quality and safety and other related management systems, to provide legal basis and policy guarantee for giving full play to the leading role of survey and design.
(3) Carry out pilot demonstrations and accumulate experience in replication and promotion.
Carry out pilot and demonstration work on reform of production methods and organizational models in some regions and projects, strengthen dynamic tracking throughout the process, evaluate the effectiveness of pilot work in a timely manner, and summarize experience that can be replicated and promoted. Guide and drive the high-quality development of the engineering survey and design industry by publicizing typical experiences and cases.
Contact Us
Address: #6, Qiannong 1st Road, Xiaoshan District, Hangzhou, Zhejiang, China
E-mail:dadi@cnzjdd.com
- Tel
-
E-mail
- E-maildadi@cnzjdd.com
- TOP
Copyright © Zhejiang Dadi Steel Structure Co., Ltd. All rights reserved. Powered by www.300.cn SEO