Cultivate senior technical personnel in environmental engineering who meet the needs of socialist modernization, develop morally, intellectually, physically and aesthetically, have knowledge of water, gas, sound, solid waste pollution prevention, environmental planning and evaluation, and protection of ecological environment resources, and can engage in planning, design, construction, management, education and scientific research and development in government departments, planning departments, environmental protection departments, design units, industrial and mining enterprises, scientific research units and schools.
[Edit this paragraph] 2. basic requirement
1, love the motherland, support the leadership of the * * * production party in China, and have the courage to contribute to the cause of socialist modernization; Strong practical ability, social work ability and organizational management ability; Have a strict work attitude.
2. Master the basic theories and knowledge of chemistry, fluid mechanics, engineering drawing, environmental microbiology, environmental ecology, environmental monitoring and environmental engineering, receive basic training in foreign languages, computer technology and drawing, pollutant monitoring and analysis, engineering design management and planning, and have the basic ability of scientific research, engineering design and management planning in the fields of environmental science and technology and municipal engineering.
3. Have certain basic theoretical knowledge of social science and natural science, and have certain social activity ability and management ability.
4. Have a certain basic knowledge of sports and military affairs, and be able to fulfill the sacred obligation of building and defending the motherland.
Third, the academic system and degree.
Educational system: four years
Degree: Bachelor of Engineering
Fourth, professional characteristics.
Environmental engineering is one of the key high-tech developments in 2 1 century. The students trained in this major have solid theoretical knowledge of environmental engineering, professional technology and engineering design ability, especially in biochemical treatment of (high concentration) organic wastewater, sustainable landfill disposal and ecological engineering of environmental pollution restoration.
[Edit this paragraph] V. Main disciplines and main courses
Main disciplines: environmental science and engineering
Main courses: physical chemistry, engineering fluid mechanics, environmental engineering microbiology, environmental ecology, environmental engineering principles, environmental impact assessment, water pollution control, solid waste treatment and disposal, and air pollution control.
Main practical teaching links: measurement practice, engineering drawing, computer application and computer practice, hydraulics experiment, microorganism experiment, environmental monitoring experiment, water treatment experiment, air pollution control experiment, etc. , generally arranged in about 40 weeks.
Six, graduates should acquire the following knowledge and ability:
1. Master the basic theories and knowledge of general chemistry, analytical chemistry, physical chemistry, engineering mechanics, surveying, engineering drawing, microbiology, hydraulics, electrotechnics, environmental monitoring and evaluation, and environmental engineering;
2. Master the basic principles and design methods of water pollution control project, air pollution control project, noise pollution control project and solid waste treatment and disposal project;
3. Have the preliminary ability of pollutant monitoring and analysis, environmental monitoring, environmental quality evaluation, environmental planning and management;
4. Understand the theoretical frontier and development trend of environmental science and technology;
5. Master the basic methods of literature retrieval and information inquiry, and have preliminary scientific research and practical work ability.
Seven, similar majors:
Environmental engineering safety engineering disaster prevention engineering water quality science and technology water supply and drainage engineering groundwater science and engineering wind energy and power engineering environmental science and engineering urban planning radiation protection and environmental engineering
Open colleges and universities
Changchun University of Science and Technology Zhongnan University of Economics and Law Zhengzhou University Shaanxi University of Technology changchun university of science and technology South China Agricultural University Nankai University Guilin University of Technology Guangxi University Guangxi Normal University Guilin University of Electronic Technology xihua Normal University Southwest University of Science and Technology Guizhou University Kunming University of Science and Technology Xi University of Architecture and Technology Beijing University of Technology (five-year program) Tianjin Urban Construction Institute Beijing Technology and Business University Hebei Engineering University Harbin Institute of Technology Jilin Institute of Architecture Beijing Institute of Civil Engineering and Architecture Heilongjiang Qiqihar University Hebei University of Science and Technology Shanxi University Taiyuan University of Technology Taiyuan University of Science and Technology Anshan University of Science and Technology Liaoning Institute of Technology shenyang institute of chemical technology Shenyang University Shenyang Agricultural University Jilin Institute of Chemical Technology Shanghai University of Technology Jiangsu University Zhejiang University of Technology Anhui Normal University Anhui University of Technology Anhui Agricultural University Fuzhou University Fu Fujian Engineering College of Agriculture and Forestry University Jiangxi Agricultural University Nanchang University Jingdezhen Ceramic Institute Shandong Mining Institute Jinan University Shandong University Qingdao Institute of Civil Engineering and Architecture Jiaozuo Institute of Technology Zhengzhou University of Technology Henan Agricultural University Henan Normal University Wuhan Institute of Chemical Technology Hubei University Wuhan University of Science and Technology Xiangtan University Hunan Agricultural University Guangdong University of Technology, China Agricultural University, Nanjing Agricultural University, Huazhong Agricultural University, North China Electric Power University, Hohai University, Harbin Institute of Technology, Suzhou Institute of Technology, Huazhong University of Science and Technology, Chongqing University, Shijiazhuang Institute of Economics, Jilin University, China Geo University, Chengdu University of Technology, Xi University of Technology, China University of Mining and Technology, Dalian Railway Institute, Lanzhou Jiaotong University, Dalian Maritime University, Wuhan University of Technology, Chang 'an University, Liaoning University of Petrochemical Technology. Donghua Institute of Technology, Yangtze University, Petroleum University, Beijing Institute of Technology, Nanjing University of Science and Technology, Nanjing University of Information Science & Technology & Technology Beihang University Nanchang Institute of Aeronautical Technology Harbin Institute of Technology Tsinghua University University of Science and Technology Beijing beijing university of chemical technology Tianjin University Dalian University of Technology Northeastern University Jilin University Tongji University East China University of Science and Technology Donghua University Nanjing University Southeast University Zhejiang University Hefei University of Technology Shandong University China Ocean University Qingdao Agricultural University Wuhan University Hunan University South China University of Technology Sichuan University Hunan University of Science and Technology Northwest University Southern Metallurgical College Taiyuan Heavy Machinery Institute. Gansu University of Technology Yanshan University North China Institute of Technology Shanghai Jiaotong University Dalian Institute of Light Industry Qinghai University Shandong Institute of Civil Engineering and Architecture Shandong Institute of Light Industry Xi An Jiaotong University Northwest University for Nationalities Dalian University for Nationalities Baoji College of Arts and Sciences capital university of economics and business Inner Mongolia University of Science and Technology Beijing Jiaotong University Beijing Institute of Petrochemical Technology Beijing Normal University tianjin polytechnic university Hebei Polytechnic University Shenyang Institute of Aeronautical Technology Shenyang Institute of Civil Engineering and Architecture Dalian Fisheries College Jilin Normal University Black Dragon Jiang Institute of Science and Technology Daqing Petroleum Institute Shanghai Normal University Yangzhou University Jiangsu Institute of Petrochemical Technology Nanjing Forestry University Hangzhou Institute of Electronic Technology Zhejiang Forestry University Anhui Institute of Architecture and Technology Shandong University of Science and Technology North China Institute of Water Conservancy and Hydropower Wuhan Institute of Technology Huangshi Institute of Technology Nanhua University Changsha University of Electric Power Hunan University of Science and Technology Sun Yat-sen University Guangzhou University Zhong Kai College of Agricultural Science and Technology Southwest Petroleum University Sichuan Agricultural University Northwestern Polytechnical University Xi Shiyou University Shaanxi University of Science and Technology. Lanzhou University Changchun University Jilin Agricultural University Changchun University of Technology harbin university of science and technology University of Shanghai for Science and Technology Jiangsu Polytechnic Normal University Anhui University of Technology East China Jiaotong University Dezhou University Qingdao University of Science and Technology Zhengzhou Institute of Light Industry zhengzhou institute of aeronautical industry management? Jinan University Wuyi University Guangxi University for Nationalities Henan University of Science and Technology Panzhihua University Henan University of Technology Huaiyin Institute of Technology north university of china Southwest University of Science and Technology xihua university Qiongzhou College Three Gorges University Jiangsu University of Science and Technology Nanchang University Xi 'an University of Science and Technology
He 'nan Urban Construction University
Eight, the relevant qualification examination
According to the Ministry of Personnel, the Ministry of Construction and the State Environmental Protection Administration's "On Printing and Distributing", < Implementation Measures for the Qualification Examination of Registered Environmental Engineers > and Notice (People's Republic of China (PRC) Ministry of Construction [2005] No.56). The qualification examination for registered environmental engineers shall be based on a unified national outline and unified proposition. The Ministry of Construction and the State Environmental Protection Administration organized the establishment of an environmental engineering professional expert committee, which was responsible for drafting the outline and examination questions of the qualification examination for registered environmental engineers, establishing and managing the examination question bank, organizing the marking work, and putting forward suggestions on grading standards and qualified standards. The Ministry of Construction, the State Environmental Protection Administration and the Ministry of Personnel organize experts to examine and approve the examination syllabus, examination questions, grading standards and qualified standards. The Ministry of Construction, the State Environmental Protection Administration and the Ministry of Personnel are all responsible for the qualification examination of registered environmental engineers, and the personnel examination center of the Ministry of Personnel is entrusted to undertake the examination.
area of application
It is suitable for professional and technical personnel engaged in the design of environmental protection projects (including water pollution prevention and control, air pollution prevention and control, solid waste treatment and recycling, physical contamination prevention and control, contaminated site restoration and other projects) and related businesses.
Extended reading:
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In addition:
environmental engineering
abstract:
Environmental engineering is an engineering technology field that studies environmental pollution control, environmental monitoring and evaluation, environmental ecological engineering, etc. Its master's degree in engineering authorizes the unit to train senior engineering and technical personnel engaged in water pollution control and purification technology, air pollution control technology, solid waste treatment and resource utilization technology, clean production technology and technology, noise, electromagnetic wave, light, radioactive pollution prevention technology, environmental ecological restoration technology, agriculture and marine environmental protection. The main courses are: political theory course, foreign language course, numerical analysis, environmental chemistry, environmental biology, computer application technology foundation, water pollution control engineering, air pollution control engineering, solid waste treatment and recycling technology, physical environmental pollution control technology, ecological engineering, marine environment and protection, agricultural environmental protection, environmental monitoring and environmental quality evaluation, environmental planning and management, clean production and environmental materials.
I. Overview:
The discipline of environmental engineering began in the middle of the 20th century, and its initial stage is characterized by local pollution prevention and terminal treatment. With the increasingly prominent problem of environmental pollution and the expanding scope of influence, the field of environmental engineering is further expanding. At the end of the 20th century, the overall development of science and technology showed an ecological trend in addition to the two major trends of integration and high differentiation. This is an inevitable requirement and an important embodiment of the sustainable development of social economy and the transformation of human society from industrial civilization to green civilization. It is also an important embodiment of the mutual combination, mutual penetration and mutual development of environmental engineering and other science and technology. In the new century, environmental engineering, as the core and source of the development of environmental protection science and technology, plays an extremely important role in the formation and development of "green technology and green industry" and in promoting the transformation from industrial civilization to green civilization. Environmental engineering will become one of the leading disciplines in 2 1 century. It plays an important role in implementing the basic national policy of "environmental protection" and the strategy of "sustainable development" and promoting the coordinated development of society, economy and environment.
This field involves the basic theories, technologies and methods of environmental protection engineering design, manufacturing, materials and testing, and is closely related to chemical engineering, light industry technology and engineering, civil engineering, biological engineering, material engineering, computer technology, industrial engineering, agricultural engineering, geological engineering, marine engineering and other engineering fields.
Second, the training objectives
Cultivate senior engineering and technical personnel in environmental engineering fields such as scientific research and development, engineering design and implementation, technical research and technical transformation, popularization and application of new technologies, and engineering planning and management. , which can closely link environmental pollution control with environmental protection engineering practice.
Postgraduates in the field of environmental engineering should have a solid basic theory and extensive professional knowledge, and fully understand the present situation and development trend of environmental engineering technology at home and abroad. Can skillfully use advanced science and technology, tools and experimental methods, and have the ability to independently engage in engineering technology research, transformation, development, design and project management.
Third, the scope of the field.
The field covers: water pollution control and water purification technology and engineering, air pollution control and waste gas purification technology and engineering, solid waste (including industrial waste and domestic garbage) collection, transportation, treatment and resource utilization technology, physical contamination (including noise, electromagnetic waves, light, radioactivity, etc. ) control and prevention technology.
According to the working nature of engineers and technicians, the scope of this field can be divided into: design, construction and technical transformation of environmental pollution control projects, environmental pollution monitoring and quality evaluation, research and development of pollution control theory, technology and equipment, environmental protection management and ecological restoration technology.
Fourth, the curriculum.
Basic courses: dialectics of nature, scientific socialist theory, foreign languages, numerical analysis, environmental chemistry, computer technology and its application.
Basic technology courses: environmental biotechnology, colloid and interface chemistry, coagulant and coagulation technology, clean production and environmental materials, etc.
Specialized courses: water pollution control engineering, air pollution control engineering, solid waste treatment and recycling, environmental monitoring and environmental quality evaluation, environmental planning and management, physical environmental pollution control technology, marine environment and protection, agricultural environmental protection, ecological engineering, environmental economics, etc.
The above courses can be divided into degree courses and non-degree courses. In addition, each training unit can also choose the above courses or offer other courses appropriately according to the characteristics of the unit and the needs of enterprises. The total credit of the course is not less than 28 credits.
Verb (abbreviation of verb) paper
The topic selection of engineering master's degree thesis in environmental engineering field should come from production practice or have clear engineering background and application value, which has certain technical difficulty and workload. Specifically, it can be divided into: environmental engineering design and implementation, including water treatment engineering, air pollution control and waste gas treatment, solid waste (or hazardous waste) treatment and management, ecological environment restoration and governance, soil remediation engineering, physical contamination prevention and control engineering, etc. Technical research, technical transformation, technical popularization and application of environmental engineering treatment system; Research and development of new technologies, materials, products and equipment for the prevention and control of environmental pollution; Introduction, digestion, absorption and application of foreign advanced technology projects; Planning and research of environmental engineering technology projects or management projects; Basic research projects or pre-research projects with engineering background or engineering application prospects.
The paper should fully reflect the research results of the research topic and the advanced level at home and abroad. For project design and implementation, research and development of new products and new equipment, the paper should have comparison and evaluation of design schemes, design calculation, investment and benefit analysis, complete drawings, or a report of design implementation results; For major technological transformation and innovation, the paper should evaluate the process and equipment of the original technical system, evaluate the new scheme and achievements and analyze its economic, social and environmental benefits; For the introduction, digestion, absorption and application of foreign advanced technology, the paper should have a complete introduction of the process, equipment and technical characteristics of the imported project, as well as a complete data and information analysis of debugging, improvement and successful operation during the introduction process; For the planning research of environmental engineering technology projects or management projects, the paper should comprehensively introduce and comment on the management strategies and mathematical models, planning results and model analysis results adopted in engineering projects and project management, and give an innovative management system; For applied basic research projects or pre-research projects, the paper should reflect the engineering background or application prospect of the project, give the experimental method or flow chart, give the experimental data and theoretical analysis results, and make suggestions for further applied research.