According to the Outline of National Medium and Long-term Talent Development Plan (20 10? In 2020), this implementation plan is formulated.
I. Objectives and tasks
The innovative talents promotion plan (hereinafter referred to as the promotion plan) aims to train and bring up a group of world-class scientists, high-level scientific and technological leaders and engineers, outstanding innovative teams and entrepreneurial talents, build a number of innovative talents training demonstration bases, strengthen the construction of high-level innovative scientific and technological talents, lead and drive the development of various scientific and technological talents, and provide strong talent support for improving independent innovation ability and building an innovative country.
By 2020, the main tasks of the promotion plan are:
1. Set up a scientist's studio. In order to actively respond to the international competition in science and technology and improve the ability of independent innovation, 100 scientists' studios have been established in the scientific research fields with comparative advantages in China, supporting them to devote themselves to exploratory and original research and striving to cultivate world-class science and technology masters and innovative teams.
2. Cultivate young and middle-aged leading talents in scientific and technological innovation. Aiming at the world's science and technology frontier and strategic emerging industries, we will focus on cultivating and supporting 3,000 young and middle-aged scientific and technological innovation talents, making them the leading talents to lead the development direction of scientific and technological innovation in related industries and fields and organize the completion of major scientific and technological tasks.
3. Support scientific and technological innovation and entrepreneurial talents. Efforts will be made to promote enterprises to become the main body of technological innovation, accelerate the transfer and transformation of scientific and technological achievements, and focus on supporting 1000 outstanding entrepreneurial talents who use independent intellectual property rights or core technologies to innovate and start businesses every year, and cultivate a group of innovative entrepreneurs.
4. Establish innovative teams in key areas. Relying on major national scientific research projects, key national projects and major construction projects, we will build 500 innovation teams in key areas, ensure the better completion of major national scientific research and engineering tasks through sustained and stable support, and maintain and enhance China's scientific and technological innovation capabilities in several key areas.
5. Build a demonstration base for training innovative talents. Relying on institutions of higher learning, scientific research institutes and science parks, we will build 300 demonstration bases for cultivating innovative talents, create a policy environment for cultivating innovative talents in science and technology, break through the difficulties of personnel training system and mechanism, form a unique talent training model, and create a talent special zone with a "try first" talent training policy system.
Second, the implementation principle
1. Adhere to the connection with science, technology and education planning. Fully implement the national medium-and long-term talent development plan (20 10? In 2020), strengthen cooperation with the Outline of the National Medium-and Long-Term Science and Technology Development Plan (2006? 2020) and the Outline of the National Medium and Long-term Education Reform and Development Plan (20 10? 2020) is closely integrated with the implementation work.
2. Adhere to the combination with major tasks. Strengthen high-end leadership, highlight the frontiers, key areas and strategic needs of science and technology, and cultivate, bring up and gather talents in the transformation of major national science and technology projects, key engineering construction projects and major scientific and technological achievements.
3. Adhere to institutional innovation. Follow the law of talent growth, deepen the reform of science and technology management system, actively explore the links of talent discovery, training, use, evaluation and encouragement, focus on stimulating the internal motivation of scientific and technological talents to be dedicated and pragmatic, and establish a good environment conducive to scientific and technological personnel to concentrate on research and entrepreneurship.
4. Adhere to overall planning and coordination. Strengthen the close integration of projects, bases and talents, promote the implementation of existing science and technology plans and talent training plans as a whole, strengthen departmental cooperation and regional overall planning, do a good job in effectively connecting with existing talent plans of departments and localities, and form a working pattern with effective departmental coordination, strong local implementation, orderly organization and implementation, and reasonable resource allocation.
5. Adhere to classification and promotion. According to the working principle of "overall deployment, classified promotion, pilot first and gradual improvement", and according to the characteristics of different tasks, specific implementation methods and work steps are determined. For exploratory and difficult tasks, pilot projects should be carried out first, gradually improved, and comprehensive development should be carried out after accumulating experience.
Third, the selection conditions and methods
According to the different characteristics of each task of the promotion plan, combined with the existing work basis, select the support object according to the following conditions and methods.
1. Scientists' Studio.
The scientist studio implements the chief scientist responsibility system. In principle, the chief scientist shall meet the following basic conditions:
The research direction is in the frontier field of world science and technology with comparative advantages in China;
Outstanding achievements recognized by peers at home and abroad have the potential to develop into a world-class master of science and technology;
Be able to insist on full-time research;
Adhere to the scientific spirit and noble character.
The chief scientist is recommended by relevant departments, local or authoritative experts at home and abroad. Scientists' studios should have specific scientific research plans, construction plans and departmental (local) support measures to strengthen the connection with relevant national talent plans. The Ministry of Science and Technology organizes experts to demonstrate the chief scientist candidate and the studio construction plan, and approves the construction jointly with relevant departments or localities.
2. Young and middle-aged leading talents in scientific and technological innovation.
Young and middle-aged leading talents in scientific and technological innovation should meet the following basic conditions in principle:
High-level innovation achievements have been made in the frontier of science and technology and strategic emerging industries, with great development potential;
Experience in hosting and undertaking major national or local scientific and technological projects;
Demonstrate strong leadership and team organization skills;
Have a doctorate or associate senior degree or above, under the age of 45.
Young and middle-aged leading talents in scientific and technological innovation are recommended by relevant departments, provincial administrative departments of science and technology, key scientific research bases, etc. or specially recommended by well-known experts. The Ministry of Science and Technology organizes experts to conduct consultation and demonstration, and approves support after publicity without objection.
3. Technological innovation and entrepreneurial talents.
In principle, scientific and technological innovation and entrepreneurship talents should meet the following basic conditions:
The main founder of a science and technology enterprise, with a bachelor degree or above and a strong spirit of innovation and entrepreneurship;
The enterprise has been established for less than 5 years;
Enterprises have core technologies or independent intellectual property rights;
The enterprise has good business performance and growth.
Scientific and technological innovation and entrepreneurship talents are recommended by the provincial administrative department of science and technology, and the Ministry of Science and Technology organizes expert consultation and demonstration, and gives approval and support after publicity without objection.
4. Innovation teams in key areas.
In principle, innovation teams in key areas should meet the following basic conditions:
Scientific research conforms to the key development direction and long-term demand of the country and industry;
Experience in undertaking major national scientific research projects, key projects and major construction projects;
The team has outstanding innovation performance and good development prospects;
The organizational structure of the team is reasonable and the core personnel are relatively stable;
The team has clear innovation goals and scientific research plans.
The innovation team in key areas is recommended by the leading organization unit of major national scientific research projects, key projects and major construction projects, and the Ministry of Science and Technology organizes expert consultation and demonstration, which will be approved and supported after publicity without objection.
5. Demonstration base for training innovative talents.
In principle, a demonstration base for cultivating innovative talents should meet the following basic conditions:
The lead units are universities, research institutes and science parks;
The lead unit should have rich scientific and technological resources, strong innovation ability and good talent training foundation;
The lead unit has established a talent training mechanism closely integrated with Industry-University-Research and actively carried out international talent exchange and cooperative training;
The lead unit has established a mechanism for opening scientific and educational resources to the society;
It can play a strong demonstration, radiation and driving role in the institutional mechanism reform and policy innovation of personnel training.
The demonstration base for training innovative talents is recommended by departments and localities, and the Ministry of Science and Technology organizes experts to demonstrate the construction plan of the base, which will be built after being approved by the inter-ministerial coordination group for promoting the plan.
Four. Support measures
1. Implement and formulate supporting policies. Strengthen the implementation of the existing talent policy, and study and formulate policy documents such as "Opinions on Strengthening the Construction of High-level Innovative Science and Technology Talents Team" in combination with the implementation of the Outline of the National Medium and Long-term Talent Development Plan (20 10-2020). According to the specific situation of each task of the promotion plan, relevant supporting measures are formulated in terms of scientific research management, personnel system, fund use, assessment and evaluation, and personnel motivation. They are first tried and then gradually improved.
2. Strengthen the organic combination of talents, projects and bases. In the implementation of the national science and technology plan and the construction of key innovation bases, we will further highlight the cultivation of talents and teams. Reform the management mode of science and technology plan, simplify the project establishment procedures, and give priority to those who undertake scientific research projects in the selected objects of the promotion plan after completing the project tasks; Those who have not undertaken scientific research projects can independently put forward research projects, and those that meet the requirements of the national science and technology plan will be given priority according to procedures. Conditional support units give priority to the construction of national (key) laboratories, engineering centers and other innovative bases.
3. Further increase capital investment. Make overall arrangements for the national science and technology plan and other related funds, adjust the investment structure, innovate the support methods, and increase the support for the selected targets of the promotion plan. On the basis of making full use of existing resources, the central government will set up special funds to support key work such as scientists' studios. Strengthen the supervision and management of special funds and improve the efficiency of fund use.
4 explore the establishment of specific support measures to adapt to the characteristics of different tasks. Take the way of "one thing, one discussion, support as needed" to the scientist's studio, give full funding guarantee, and do not participate in competition to apply for scientific research projects; The chief scientist shall be granted tenure, full autonomy in scientific research management, and an international peer review system shall be established. Strengthen the training and support of young and middle-aged scientific and technological innovation leaders and innovation teams, and expand the autonomy in the use of scientific research funds. We will implement medium-and long-term incentive measures such as options, stock rights and enterprise annuities, strengthen the combination of science and technology and finance, and increase support for scientific and technological innovation and entrepreneurship talents. Encourage innovative talent training demonstration bases to strengthen institutional mechanism reform and policy innovation, boldly explore and try first.
5. Create a good social atmosphere. Units, parks, localities and departments selected to promote the plan should integrate resources from all sides and increase policy and financial support; Summarize the typical experiences and successful practices created during the implementation of the promotion plan in time, strengthen the publicity and reporting of outstanding scientific and technological talents and innovative teams, and create a good social atmosphere for strengthening the construction of innovative talent teams.
Verb (short for verb) scheduling
The promotion plan is implemented in three stages:
1.20 1 1 year, which is the start-up phase of deployment. Release the implementation plan of the promotion plan and formulate specific implementation measures; We will carry out pilot projects for the construction of scientists' studios and start the specific organization and implementation of various tasks.
2.20 12 to 20 15 is the full implementation stage. By the middle of the Twelfth Five-Year Plan, the formulation and improvement of relevant policies, measures and management measures will be completed. By the end of the "Twelfth Five-Year Plan", more than half of the planned tasks will be completed and a mid-term evaluation will be carried out.
3.20 16 to 2020 is the stage of deepening and perfecting. By 2020, the overall goal of the promotion plan will be achieved in cultivating high-level innovative talents, innovating systems and mechanisms, optimizing the policy environment, and building talent training bases, so as to drive and lead the development of all kinds of innovative scientific and technological talents.
Organization and implementation of intransitive verbs
Under the guidance of the Central Talent Work Coordination Group, the Ministry of Science and Technology will work with relevant departments to organize and implement the promotion plan.
1. Establish a work coordination mechanism. An inter-ministerial coordination group for the implementation of the promotion plan led by the Ministry of Science and Technology and attended by Ministry of Human Resources and Social Security, Ministry of Finance, Ministry of Education, China Academy of Sciences, China Academy of Engineering, National Natural Science Foundation of China and China Association for Science and Technology was established to study and negotiate major issues. The office of the coordination group is located in the Ministry of Science and Technology.
2. Establish an expert consultation mechanism. Select a group of high-level experts in the fields of science and technology, economy and management at home and abroad as experts to promote the plan, improve the consultation mechanism, and give full play to the decision-making consultation role of experts in promoting the organization and implementation of the plan.
3. Establish a performance evaluation mechanism. According to the requirements of the implementation progress and objectives of the promotion plan, the regular reporting system and evaluation system are implemented, and the innovation and quality-oriented scientific research evaluation method is established with reference to international common practices, so as to strengthen the tracking management and evaluation of the selected objects of the promotion plan, continuously improve the implementation work and improve the implementation effect of the promotion plan.
Plan 2 for the implementation of the planned project
In order to promote the "Twelfth Five-Year Plan" for the development of meteorological undertakings in our city and promote the city to take the lead in realizing meteorological modernization, according to the Implementation Opinions of the Provincial People's Government on Accelerating Meteorological Modernization (Gan Fu Fa [2065 438+04] 1No.), Provincial Development and Reform Commission, Provincial Department of Finance, and Provincial Meteorological Bureau "Notice on Accelerating the Twelfth Five-Year Plan and Construction of Meteorological Development in Jiangxi Province" (No.39 [2065438+04]) and other documents, in accordance with the requirements of the Twelfth Five-Year Plan for National Economic and Social Development of Jinggangshan City on meteorological development, combined with the actual situation of our city, the following scheme is formulated:
First, the overall goal
By 20 15, a public meteorological service system, a meteorological forecast system and a comprehensive meteorological observation system with perfect structure, reasonable layout and complete functions will be basically built, and a relatively complete meteorological science and technology innovation system and meteorological talent system will be built, with a remarkable improvement in meteorological modernization level, a remarkable improvement in meteorological support capacity and level for the city's economic and social development, a further optimization of the development environment for meteorological undertakings, and the city's overall meteorological strength reaching the advanced level in the province.
Second, the task
(1) meteorological support capacity building for the prevention and control of geological disasters in mountain torrents.
1. Monitoring system. The city will build 5 sets of 6-factor automatic weather stations and 10 sets of single rainfall stations in towns and villages; Construction of new automatic weather station in Xiaping National Station: equipped with portable automatic weather station; Construction of two sets of comprehensive meteorological observation data processing platforms.
2. Network communication system. Upgrade the ground meteorological wide area network, local area network system, emergency communication system, information security system, historical meteorological data security management and digitization platform and information business software at Ciping and Xiaping stations.
3. Forecasting and risk assessment system. Construction of meteorological disaster forecasting and early warning business system and meteorological disaster risk investigation system; Upgrade MICAPS forecast system and municipal numerical forecast interpretation system.
4. Early warning information release and service system. Construction of meteorological disaster early warning information release management platform and early warning information receiving terminal; Construction of rural information receiving terminals and township meteorological information service stations; Construction of municipal meteorological service release system.
5. Meteorological equipment support system. Construction of meteorological instruments and equipment operation monitoring, maintenance, verification, testing and other equipment support system. Construction of 1 set of operation monitoring system and metrological verification calibration system; Build 1 set of operation and maintenance platform.
6 mountain torrents geological disaster meteorological prevention and control business support infrastructure system. Business duty room, power supply and environment, etc. The two weather stations in Ciping and Xiaping will be upgraded according to the requirements of mountain flood prevention and control.
7. Integrated business platform. Establish two integrated business platforms.
(2) Capacity building for weather modification operations.
1. Air cloud water resources tracking and monitoring system. In order to supplement the deficiency of the existing air cloud water resources monitoring system, 1 laser cloud instrument is equipped.
2. Operational decision command system. Improve the operational command system and configure information transmission and operational command platform equipment; Unified development of business software system integrating data analysis and processing, operational potential identification and state prediction, ground operational command, operational effect inspection and benefit evaluation, and information management.
3. Ground operating system. Complement the deficiency of existing operating equipment and add 1 set of mobile rocket operating system and 1 set of fixed rocket operating system; Construction 1 standardized rocket operating point.
(3) Building lightning disaster prevention capability.
Lightning disaster monitoring. Construction of 1 set of atmospheric electric field instruments for lightning disaster monitoring.
Equipped with 1 set of meteorological disaster investigation equipment. Equipped with lightning disaster investigation and on-site evidence collection equipment, including cameras, law enforcement recorders, large grounding grid grounding impedance tester, lightning disaster investigation special equipment, on-site investigation traffic equipment, etc.
(four) science and technology and talent support capacity building.
Construction of 1 popular science exhibition hall; Establish 1 community campus weather stations. Establish and improve supporting preferential policies for talent training and introduction, cultivate and support innovative teams, encourage and support employees to upgrade their academic qualifications, and establish demonstration sites for distance training and education. Strengthen personnel training and establish and improve the cadre exchange system.
(five) the construction of meteorological disaster emergency capacity.
1. Strengthen the capacity building of meteorological disaster emergency watch, build 1 standardized emergency duty room, and equip it with necessary emergency watch and information transmission equipment (including computers, printers, telephone fax machines, scanners, communication equipment, public opinion monitoring alarm equipment, etc.). ).
2. Strengthen the construction of meteorological disaster integrated management information system, build 1 meteorological disaster integrated management information system, and establish emergency information publishing platform, public opinion monitoring and paperless office system; Strengthen publicity capacity building and purchase editing equipment such as SLR digital cameras and notebooks.
(six) the ability to defend against agricultural meteorological disasters.
1. Meteorological service system for ecological agriculture. Build service systems for agricultural meteorology, crop yield, meteorological conditions of pests and diseases in cities and townships, and purchase 1 set of special database and database software for eco-agricultural meteorological services.
2. Eco-agricultural meteorological information system. Construction of urban and township agrometeorological information service system, equipped with 1 set of agrometeorological information special database software and server.
3. Three-dimensional monitoring system for major agricultural disasters. Improve the ground monitoring system of agricultural disasters in cities and towns, build crop ecological observation points and soil moisture observation points in major grain producing areas, and add 1 set of major agricultural disaster investigation equipment.
4. Early warning service system for major agricultural disasters: improve the early warning system for major agricultural meteorological disasters and establish applicable technologies for the prevention of major agricultural meteorological disasters with strong operability.
5. Risk assessment system of major agricultural disasters: improve the disaster risk assessment system, and build 1 set of high-resolution geographic background database and 1 agrometeorological disaster assessment platform. And carry out risk analysis before the disaster, follow-up monitoring and diagnosis during the disaster, and post-disaster evaluation and analysis.
6. Modern agricultural decision support system: configure 1 ARCGIS decision service system, and develop a modern agrometeorological decision support system for agroclimatic regionalization, climate feasibility demonstration and agriculture adaptation to climate change.
(seven) the construction of the basic guarantee ability of the station business operation.
Complete the construction of the business building of Jinggangshan Meteorological Bureau; Standardize observation sites and improve supporting infrastructure such as water, electricity and roads; Strengthen the construction of meteorological and cultural infrastructure of stations.
Three. Construction fund arrangement
(1) Overall arrangement.
The total investment of Jinggangshan City, the key meteorological project in the Twelfth Five-Year Plan, is14,795,700 yuan. The sources of investment are central budget investment and local supporting investment, including central budget investment of11473,000 yuan, provincial supporting investment of1230,900 yuan and municipal supporting investment of 2098+08. This article is provided by First Official Document Network. This article is provided by First Official Document Network. Specific project funding arrangements are based on the existing project content and equipment configuration, approved by the municipal finance, and arranged step by step item by item year by year according to the project implementation progress.
1. Construction of meteorological support capacity for prevention and control of geological disasters in mountain torrents. The total investment of the project is 1 1.52 million yuan, including 8.9209 million yuan in the central budget, 0/1.521.00 million yuan at the provincial level and 0/.447 million yuan at the municipal level.
2. Capacity building of weather modification operations. The total investment of the project is 472,600 yuan. Among them, the municipal supporting investment is 472,600 yuan.
3. Lightning disaster prevention capacity building. The total investment of the project is 323,000 yuan. Among them, the central budget invested 238,000 yuan, and the provincial supporting investment was 85,000 yuan.
4. Science and technology and talent support capacity building. The total investment of the project is 99,300 yuan. Among them, the municipal supporting investment is 99,300 yuan.
5. Meteorological disaster emergency capacity building. The total investment of the project is 20,000 yuan, of which 20,000 yuan is invested in the central budget.
6. Agricultural meteorological disaster service capacity building. The total investment of the project is 288,000 yuan. Among them, the central budget investment is 2 1.6 1.00 yuan, and the municipal supporting investment is 7 1.09 yuan.
7. Basic support capacity building for station operation. The total investment of the project is 2,072,300 yuan, all of which is invested by the central budget.
(2) Sub-project arrangement.
1. Construction of meteorological support capacity for prevention and control of geological disasters in mountain torrents 1 1.52 million yuan. The investment targets mainly include: 4,090,500 yuan for monitoring system, 800,000 yuan for forecasting and risk assessment system, 2,307,800 yuan for early warning information release and service system, 858,300 yuan for information network support system, 3,000 yuan for supporting infrastructure construction, 0,934,000 yuan for equipment support system and 0,900 yuan for integrated business platform.
2. The capacity building of weather modification operations was 472,600 yuan. The investment direction mainly includes: 90,000 yuan for air cloud water resources monitoring system, 1 1.27 million yuan for weather modification operation decision-making command system, and 269,900 yuan for weather modification operation system.
3 lightning disaster prevention, agricultural meteorological disaster prevention, and emergency capacity building of sudden meteorological disasters. The total investment is 6365438+ ten thousand yuan. The main investment direction: 665,438+0.1.0 million yuan for on-site forensics equipment and 20,000 yuan for lightning meteorological disaster investigation and forensics equipment.
4. Science and technology and talent support capacity building. The total investment of the project is 99,300 yuan. Main investment directions: 39,300 yuan for the popular science exhibition hall and 60,000 yuan for the campus weather station.
5. Meteorological disaster emergency capacity building. The total investment of the project is 20,000 yuan. The main investment direction: the standardized construction of emergency duty room is 6.5438+0 million yuan, and the construction of emergency information publishing platform, public opinion monitoring system and paperless office system is 6.5438+0 million yuan.
6. Agricultural meteorological disaster service capacity building. The total investment of the project is 288,000 yuan. Main investment directions: 76,000 yuan for eco-agricultural meteorological service system, 45,000 yuan for eco-agricultural meteorological information system, 77,000 yuan for three-dimensional monitoring system of major agricultural disasters, 6,543,800 yuan for early warning service system of major agricultural disasters, 63,000 yuan for risk assessment system of major agricultural disasters and 6,543,800 yuan for prevention technology of major agricultural disasters.
7. The basic support capacity of station business operation is 2,072,300 yuan. The main investment targets are: 654.38+223,000 yuan for standardization renovation of observation sites of stations, 654.38+600,000 yuan for construction and maintenance of stations, 300,000 yuan for renovation of water circuits and other facilities of stations, and 50,000 yuan for actual construction of cultural foundation of stations.
Four. Implementation progress and timetable
(1) Project implementation schedule.
20 14, implemented in two years.
20 14 1-3 the municipal meteorological bureau, together with the national development and reform commission and the finance bureau, completed the sub-item implementation plans of all projects and submitted them to the government for review.
20 14 April -2065 438+05, 12 June, according to the requirements of the sectional works implementation plan and the responsibilities of each unit, the construction tasks were carefully organized and implemented.
(two) the project construction fund arrangement.
1.20 10030500 yuan (about 70% of the total investment) is arranged in 2004. Strive to invest 7,777,900 yuan in the central budget, 720,000 yuan at the provincial level and 6,543,800 yuan at the municipal level. The main construction contents include: various monitoring systems, forecasting and forecasting systems, early warning information release systems, network information meteorological service systems, and agricultural meteorological disaster service capabilities.
2.20 15 years is 4,765110,000 yuan (about 30% of the total investment). Strive to invest 3,695,654.38+0.00 yuan in the central budget, with 5 1.90 yuan at the provincial level and 45 1.80 yuan at the municipal level. The main contents of the construction include various evaluation systems, various business systems and operation effect inspection systems for mountain torrents, as well as lightning disaster prevention capabilities, agrometeorological disaster service capabilities, meteorological science popularization and talent support capabilities, and field effects of modern agrometeorological science and technology innovation.
3. For the construction projects and funding arrangements of the above two years, see the Detailed List of Investment Plans for Key Construction Projects of Ji 'an Meteorological in the Twelfth Five-Year Plan.
Verb (abbreviation of verb) division of construction tasks
The implementation of the Twelfth Five-Year Plan should be carried out in accordance with the division of responsibilities. Under the unified leadership of the municipal government, all units should work together to promote the implementation. The municipal government takes the lead in implementing the project; The development and reform department is responsible for planning project audit; The finance department is responsible for the content of the project construction, and the construction funds are included in the financial budget, which will be fully implemented in two years from 20 14; The meteorological department shall, according to the requirements of the provincial and municipal meteorological bureaus, speed up the progress of related projects and give priority to the project construction.
Safeguard measures of intransitive verbs
(1) Strengthen organizational leadership.
In order to strengthen the leadership and management of the project construction, the city has set up a leading group for the Twelfth Five-Year Plan for the development of meteorological undertakings. The specific members are as follows: the leading group has an office, which is located in the Municipal Meteorological Bureau, with Comrade Zhang as the director of the office, responsible for the organization, coordination and management of the Twelfth Five-Year Plan for the development of meteorological undertakings to ensure the smooth implementation of the project construction.
(2) Strengthen the funding guarantee.
Municipal finance should strengthen overall planning and intensive, implement key project construction funds through multiple channels, strengthen supervision and management, improve investment efficiency, and ensure the smooth implementation of key projects.
(3) Strengthen project management.
Strengthen project construction management, establish and strictly implement the project legal person responsibility system, bidding system, construction supervision system, contract management system and completion acceptance system, scientifically organize construction, strictly control quality, and ensure the advancement of engineering specifications. It is necessary to improve the responsibility system for project construction management, strengthen the supervision of project acceptance, inspection, audit and the use of funds, and ensure that the quality of project construction, project investment and project progress meet the requirements. This article is provided by First Official Document Network. The Meteorological Bureau should make full use of the role of construction projects in meteorological disaster prevention while ensuring the completion of the project on schedule, and give play to the benefits of construction projects while building, so as to comprehensively improve the city's meteorological disaster prevention and mitigation capabilities.