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Engineer business autobiography

I have been engaged in technical management and engineering construction for water supply and drainage since 1985, and I am very passionate about my professional work. Especially after 1997, with the rapid development of adapting to modern science and technology, constantly learning new technologies, new theories, and guiding their work with new management levels, the main technical work that has been engaged in recent years is summarized as follows: Professional theoretical knowledge In recent years, he has solid theoretical foundation and professional knowledge of learning, and has developed the speed of science and technology such as new theory and new technology. In engineering quality management, he systematically learns the ISO9000 series standard system, and manages domestic and international water supply and drainage professional projects. The development of dynamic further learning and research, the full use of professional theory in the development of water supply and drainage technology and water supply system equipment energy-saving technology applications have played a certain economic effect. In October 1997, I participated in the third academic exchange meeting of the Advanced Research Institute of Feedwater Quality, sponsored by the National Water Supply and Drainage Association, and discussed and studied the theory of advanced treatment of drinking water. In 1998, the State Planning Commission and the Ministry of Construction sponsored the “Standards for the Construction and Acceptance of Water Supply and Drainage Pipeline Engineering” training courses, which are familiar with the international standards of the professional or related professional technical specifications, regulations, regulations, regulations and related professions. Increased to varying degrees. Adhere to the mastery of professional theoretical learning and technical knowledge. In the autumn of 1999, he participated in the discussion on the discussion plan of the “Heilongjiang Provincial Valuation Form”, which played a certain role in the compilation and improvement of the municipal engineering quotas in the province. In particular, the classification of the water supply and drainage pipelines was clearly defined and the construction boundaries were clear. In 2001, he participated in the five-month theoretical foundation study of the “Continuing Education Training Certificate”. In the future work, we must also study professional theoretical knowledge, continuously improve the ability to coordinate various professional technical problems, and implement the national guidelines, policies and regulations on scientific and technological work. II. Work experience and ability Since March 1997, the Harbin Economic and Technological Development Zone, one of the key projects in Harbin, is responsible for the water supply and pressure station project with a water supply capacity of 80,000 tons/day. Among them: reservoir technology, pump station technology, chlorination process, plant water supply and drainage and thermal pipeline engineering construction site technology, quality management work, improve the internal engineering, construction procedures and other information. Independently complete the audit of the final accounts of various projects, and coordinate the summary work of the relevant professional final accounts of the project, and control the project investment quota within the government planning index of 84 million yuan. In the case of the city government investment lacking 33 million yuan, All construction units have completed the construction tasks of the water supply and pressure station, and have now reached the capacity of designing water supply of 80,000 tons/day, and passed the pre-acceptance and trial operation stage of the project. In August 1997, with the cooperation of relevant departments, the office building of Xinyang Road of the group company was changed to the employee housing project. I undertake all civil works, indoor and outdoor water supply and drainage and heating projects. From program discussion to technical demonstration and construction technology management, it has played a key role. Especially on the partition wall, new technology and new materials were adopted to reduce the self-weight load of building materials and meet the design requirements. This project saved 300,000 yuan of funds and was well received by the supervisors. In October 1997, our group company undertook the site technical work of the water purification plant of Yanshou County Water Supply Company of Heilongjiang Province and the 20km project of the water supply pipeline dn500. It was completed in just two months and reached the water supply at the end of the year. The capacity of 20,000 tons/day solved the problem of difficulty in drinking water in Yanshou County and successfully completed various construction tasks for the group company. In April 1998, in order to cooperate with the key project of road and bridge reconstruction in Harbin, the construction units were organized to complete the construction task of 1500 meters of water supply pipeline of dn200~dn900 under the condition of tight time, heavy task, quality assurance and tight capital. The construction period is fifteen days, and the total project cost is 7 million yuan. It creates the necessary conditions for the new road and bridge project to start smoothly in advance, and has been praised by the Harbin Road and Bridge Command and leadership. In May 1998, the completion of the civil works and process pipeline finishing project and the internal data collection and acceptance and final settlement of the water purification plant of Yanshou County Water Supply Company in Heilongjiang Province were completed. In June 1998, he was responsible for the on-site technical management of the dn300 full-length water supply pipeline dn300 and the special gas pipeline φ300 full-length 2200 meters of the foreign-funded enterprises in Harbin Shangri-La Hotel. He has made a job for investment promotion in Harbin. In July 1998, with the Heilongjiang Expressway Administration Jingha Highway Command, the water supply pipeline dn1000 was rebuilt, with a total length of 6 kilometers, an investment of 13 million yuan for construction, technical plan demonstration and on-site technical guidance. In September 1998, it was listed as a national key project, Harbin City Pipeline Network Reconstruction Project, one of the provincial and municipal key projects. The total investment of the project is 180 million yuan, and the transformation and new water supply pipeline dn200~dn1000 30 Kilometer construction technology, quality management, solving 20 technical problems, such as over-drainage canals, railway crossings, and high groundwater levels. Improve and adopt 7 new construction methods, and deal with numerous intersections of various pipelines and cables at the site. It has ensured the three major control measures of project quality, schedule and investment. Some projects have achieved high-quality projects, which enabled the project to achieve the expected goals, improved the conditions of urban water supply pipe network, and successfully passed the inspection and delivery of the relevant departments to the production department. The city's water supply industry has contributed. In October 1998, he was hired as a water supply and drainage professional teacher by the Harbin City Public Utilities Workers' Secondary Professional School. From April to December 1999, he undertook a national bond investment of 130 million yuan, completed 19 kilometers of urban water supply pipelines, and cooperated with the key project of Harbin Road and Bridge. He was responsible for the water supply pipeline dn600 of Xinyang Road in Daoli District, with a total length of 2 kilometers; the northern ring of Daowai District Road water supply pipeline dn500, the total length of 2.4 kilometers; Nangang District construction street water supply pipeline dn700, a total length of 600 meters; Garden Street water supply pipeline dn300, a total length of 1.1 kilometers. Provided conditions for the smooth implementation of the municipal road and bridge project, and some projects were rated as quality projects by the quality inspection department. In 2000, the city's treasury bond investment of 25 million yuan was completed in 15 kilometers of urban pipe network reconstruction project, with the municipal road and bridge project and displacement water supply pipeline 5 kilometers, with an investment of 10 million yuan. In the emergency water supply project in Harbin, the technical data of the preliminary feasibility study report, the demonstration of the technical plan, the on-site survey of riverbed and hydrogeological survey and other technical work. In the new urban water supply network project in 2000, he was responsible for the preparation of bidding and bidding for more than ten streets. In February 2001, the construction drawing review of the Harbin Emergency Water Supply Project was carried out, and 19 technical problems were proposed. Among them, the technical problems of the water tower technology and indoor supporting projects of the first and second plants were adopted eight. In March, 18 procedures for the start of the emergency water supply project in Harbin began. In April, the water supply tower of the first and second water plants was surveyed and drilled, and the new DN1600 construction drawing of the water supply pipeline from the second water plant to the Sanshui plant was reviewed and the bidding work was signed. In the review of the construction drawings, the dam of the second water plant was restored. In the place where the slope is 18 meters, it is necessary to set up a retaining wall to protect the slope with masonry, prevent soil erosion, ensure that the pipe resurfacing here meets the design, cross the dam pipe design plan, cross the river trench pipe and cross the railway to propose modifications. The opinions improved the inadequacies of the construction drawings, which were adopted by experts at the time and improved the level of design and construction drawings. From May to November, the construction of the water pipeline dn1600 began, with a total length of 10 kilometers. It is mainly responsible for on-site technology, early obstacle treatment, technical internal materials, pipeline crossing of four railway culverts and work tube installation work. For example, in the dn1600 cross-hejiagou pipe jacking construction of Harbin Water Supply Pipeline Engineering Co., when jacking 8m, it encounters toxic gas affecting personal safety and construction progress. After atmospheric testing, anti-drug measures must be taken for construction. I have visited the atmosphere of Harbin. The testing center, the Harbin fire brigade and access to relevant technical data, and finally developed a new method of pipe jacking anti-virus construction technology, so that the construction of the section is completed according to the plan. The prevention of safety and gas accidents has been well received by the supervisors. In September, the relevant personnel were organized to carry out the bidding and bidding for the urban water supply network eight streets. In October, the new water plant to the second water plant transmission line tie line project and the second water plant to urban and rural road primary transmission line project site were built. Technical investigation, geographical investigation, "three links and one leveling", and preliminary construction procedures. Among them, 12 companies were temporarily occupied by the relocation, saving 3 million yuan. This time, the total investment of the emergency water supply project in Harbin City is 280 million yuan and the total investment of urban pipeline network renovation project in 2005 is 25 million yuan. This emergency flood water supply project in Harbin belongs to the national large-scale construction project and contributes to the water supply industry in Harbin. Power. III. Achievements and Achievements In March 1999, at the Heilongjiang Provincial Water Supply and Drainage Technology Exchange Conference, the paper “On the application of continuous water construction technology” was awarded the provincial excellent paper. In the same year, it was published in the magazine “Heilongjiang Civil Engineering”, and the organizer was the Heilongjiang Provincial Water Supply and Drainage Information Network. In July 1999, he was appraised as an advanced individual in the scientific and technological work of the Harbin Municipal Public Utility Construction Administration. In October 1999, “Improving the production rate of casting process and reducing the cost of cold-proof manhole cover” was awarded the Harbin Excellent QC Achievement Certificate. In the book "Urban Water Supply Technology" by Heilongjiang People's Publishing House in March 2000, the ninth chapter of the first chapter of "Comparison of the effect of water purification of polymeric iron-aluminum and other water purifying agents" was prepared. In February 2001, the company developed the Harbin Science and Technology Achievement Certificate for the “Cage Three Links” water supply pipe. In April 2001, the Harbin Institute of Technology prepared an environmental assessment report for the emergency water supply project in Harbin, which was mainly responsible for the technical investigation of raw materials investigation, technical data supply, and on-site technical investigation. The paper "Analysis of Iron-containing Underground Water-taking Structures", published in December 2001, was published in the first issue of the 2002 Heilongjiang Water Conservancy Science and Technology magazine. In December 2001, the collaboration paper "Chemical Speciation Analysis of Arsenic in Environmental Water Samples" was published in the second issue of "Jilin University" magazine in 2002. In January 2002, he participated in the Harbin City QC Results Release Conference and read the “Reducing the Harbin Emergency Water Supply Project Cost Qc Results Report”, which was awarded the Harbin Excellent QC Achievement Award. The paper "The application of the lime alkalization method in reducing the total hardness of water by removing iron and manganese" was published in the first issue of "Heilongjiang Geology" in March 2002. 4. In July 2000, the other members of the Communist Party of China Harbin Water Supply Group Co., Ltd. were elected as outstanding members of the Communist Party of China. In June 2001, he was awarded the Outstanding Chinese Communist Party Member of the Harbin Municipal Public Utility Construction Administration Committee. In July 2002, he was awarded the Excellent Communist Party Member of the CPC Harbin Water Supply Group Co., Ltd. Committee. In order to improve management level, technology level and business ability faster and better, adapt to the development of modern science and technology, and improve and improve in all aspects. This is the summary of professional and technical work done in recent years. In the future, I will continue to learn all aspects of professional knowledge, continue to research and discuss topics in the field of water supply and drainage, and am determined to make greater contributions to the water supply industry in the future work.

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