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Engineering Research Center of the Ministry of Education

An important part of the scientific and technological innovation system of Chinese colleges and universities

The Engineering Research Center of the Ministry of Education is an important part of the scientific and technological innovation system of Chinese colleges and universities. It is an important base and platform for colleges and universities to strengthen resource sharing, promote discipline construction and development, organize engineering technology research and development, accelerate the transformation of scientific and technological achievements, train and gather high-level scientific and technological innovation talents and management talents, and organize scientific and technological cooperation and exchange.

Chinese name: Engineering Research Center of the Ministry of Education
Foreign name: Engineering Research Center of Ministry of Education

Nature: research center
Properties: education
Project initiation time: 1989

catalog

one name list
two Management Measures

▪ General
▪ Management responsibilities
▪ Project establishment and construction

▪ Operation and management
▪ Acceptance and evaluation

name list

Announce

edit

education

List of Engineering Research Centers of the Ministry of Education
technical field	S/N	Name of Engineering Center	Supporting unit	Project initiation time	Construction status
New materials	one	Shape memory material	Tianjin University	one thousand nine hundred and eighty-nine	Accepted and open
	two	Metal electronic information materials	Beijing University of Science and Technology	two thousand and one	Accepted and open
	three	Application of Rare Earth Permanent Magnets	Shenyang University of Technology
	four	Aluminium alloy strong rheological technology and equipment	Central South University
	five	Advanced coatings	Fudan University
	six	Molded building materials	Dalian University of Technology
	seven	Ecological cement	Xi'an University of Architecture and Technology
	eight	Special engineering plastics	Jilin University
	nine	Organic silicon compounds and materials	WuHan University
	ten	Medical biomaterials	East China University of Science and Technology
	eleven	Sensitive ceramics	Huazhong University of Science and Technology
	twelve	Advanced material preparation technology	Northeastern University
	thirteen	Advanced glass manufacturing technology	Donghua University	two thousand and six	Accepted and open
	fourteen	Photoelectric functional materials	Changchun University of Technology		Planned acceptance
	fifteen	Stealth Materials and Technology	University of Electronic Science and Technology
	sixteen	Wear resistant materials and technology	Xi'an University of Architecture and Technology
	seventeen	Green building materials and manufacturing	Wuhan University of Technology
	eighteen	High and new electrochemical technology	Xiamen University
	nineteen	Marine materials and protection technology	Ocean University of China
	twenty	Subsequent energy materials and devices	Sichuan University
	twenty-one	Material evaluation and optimal design	Nanjing University of Technology
	twenty-two	New metal material preparation and forming technology and equipment	South China University of Technology
	twenty-three	Advanced battery materials	Central South University	two thousand and seven	Construction period
	twenty-four	Nanometer mineral materials and their applications	China University of Geosciences (Wuhan)
	twenty-five	Material composite and advanced dispersion technology	Shanghai University
	twenty-six	Fiber composite building materials and structures	Zhengzhou University
	twenty-seven	Synthetic resin and special fiber	Changchun University of Technology
	twenty-eight	Environmentally friendly polymer materials	Sichuan University
	twenty-nine	High performance polymer and molding technology	Qingdao University of Science and Technology
	thirty	Organic polymer optoelectronic materials	Jilin University
	thirty-one	Advanced building materials	Jinan University
	thirty-two	Surface and structure modified inorganic functional materials	Zhejiang University
	thirty-three	Tribology and material protection	Henan University of Science and Technology
	thirty-four	Processing Technology of Brittle Materials	Huaqiao University
	thirty-five	Deep processing technology of magnesium based materials	Central North University
	thirty-six	Fire safety materials and technology	Beijing University of Technology	2008-2009	Construction period
	thirty-seven	Energy saving drag reducing additive	Henan University
	thirty-eight	Traffic pavement materials	Chang'an University
	thirty-nine	Environmentally friendly functional materials	Huaqiao University
	forty	Metal wear-resistant materials and surface technology	jiamusi university
	forty-one	Green ceramics	Jingdezhen Ceramic University	two thousand and nineteen	Accepted^[1]
	forty-two	Concrete technology for marine environment	qingdao technological university	2008-2009	Construction period
	forty-three	Electrochemical energy storage materials and technologies	South China Normal University
	forty-four	High Performance Copper Alloy Materials and Forming Process	Hefei Polytechnic University
Modern service industry	forty-five	Digital Community	Beijing University of Technology	two thousand and one	Accepted and open
	forty-six	Database and Business Intelligence	Renmin University of China
	forty-seven	Digital textile and garment technology	Donghua University
	forty-eight	Civil Information Technology	Tongji University
	forty-nine	GIS software and its application	China University of Geosciences (Wuhan)
	fifty	Educational Information Technology	Central China Normal University	two thousand and six	Accepted and open
	fifty-one	Digital medicine	Shanghai Jiaotong University		Planned acceptance
	fifty-two	Digital learning support technology	Northeast Normal University
	fifty-three	Digitization of radio and television	Communication University of China
	fifty-four	Digital Learning and Educational Public Service	Beijing Normal University	two thousand and seven	Construction period
	fifty-five	Spatial information technology	Capital Normal University
	fifty-six	Mine digitalization	China University of Mining and Technology (Xuzhou)
	fifty-seven	Tibetan Information Technology	Tibet University
	fifty-eight	Digital Library	Zhejiang University	2008-2009	Construction period
	fifty-nine	Marine Information Technology	Ocean University of China
	sixty	Western resources and environment geographic information technology	yunnan normal university
	sixty-one	Database of representative buildings and ancient buildings	Beijing Institute of Architecture and Engineering
Public safety	sixty-two	Neutron application technology	Lanzhou University	two thousand and one	Accepted and open
	sixty-three	Radiation technology and radiation imaging	Tsinghua University	two thousand and six	Accepted and open
	sixty-four	Technical equipment for mine production safety inspection	Shandong University of Science and Technology
	sixty-five	Mine ecological restoration	China University of Mining and Technology
	sixty-six	Mine ecological safety	China University of Mining and Technology (Beijing)		Planned acceptance
	sixty-seven	Sand prevention and control	Beijing Normal University
	sixty-eight	Chemical safety	Beijing University of Chemical Technology
	sixty-nine	Building steel structure	Tongji University
	seventy	Building detection and reinforcement	WuHan University
	seventy-one	Protection of historical and cultural heritage	Shaanxi Normal University
	seventy-two	Power safety and efficient utilization	Huazhong University of Science and Technology
	seventy-three	Coal mine disaster prevention and rescue	Henan University of Technology
	seventy-four	Road Traffic Safety and Environment	Tongji University	two thousand and seven	Construction period
	seventy-five	Road disaster prevention and traffic safety	Changsha University of Technology
	seventy-six	Western coal mine safety	Xi'an University of Science and Technology
	seventy-seven	Disaster prevention and mitigation of civil engineering in western China	Lanzhou University of Technology
	seventy-eight	Nuclear technology application	East China University of Technology	two thousand and nineteen	Accepted^[1]
	seventy-nine	Medical protection against nuclear, chemical and biological terrorism	Southern Medical University	2008-2009	Construction period
	eighty	Power and traffic safety monitoring and energy-saving technology	Changsha University of Technology	2008-2009	Construction period
Light industry and textile	eighty-one	food	Sun Yat-sen University	one thousand nine hundred and eighty-seven	Accepted and open
	eighty-two	Functional food	Jiangnan University	two thousand and one	Accepted and open
	eighty-three	Industrial textiles	Donghua University	two thousand and six	Accepted and open
	eighty-four	Sugar industry and comprehensive utilization	Guangxi University		Planned acceptance
	eighty-five	Food biotechnology	Tianjin University of Science and Technology		Planned acceptance
	eighty-six	Animal food safety assurance technology	Dalian University of Technology	two thousand and seven	Construction period
	eighty-seven	Modern textile equipment technology	Zhejiang University of Technology
	eighty-eight	Advanced textile composites	Tianjin Polytechnic University
	eighty-nine	Flax processing technology	Qiqihar university
	ninety	Textile equipment	Donghua University
	ninety-one	Clean production of textile printing and dyeing	Wuhan Textile University
	ninety-two	Polymer material processing equipment	Beijing University of Chemical Technology	2008-2009	Construction period
	ninety-three	Ecological dyeing and finishing technology	Zhejiang University of Technology
	ninety-four	Warp knitting technology	Jiangnan University
	ninety-five	Quality and safety control technology of dairy products	Inner Mongolia University
	ninety-six	Marine food	Dalian Polytechnic University
petrochemical industry	ninety-seven	Supergravity	Beijing University of Chemical Technology	two thousand and one	Accepted and open
	ninety-eight	Chemical Process Simulation and Optimization	Xiangtan University
	ninety-nine	New technology of oil and gas processing	China University of Petroleum (East China)
	one hundred	Green refining process	Tianjin University	two thousand and six	Accepted and open
	one hundred and one	Process System Engineering	East China University of Science and Technology		Planned acceptance
	one hundred and two	Seawater resource utilization and green chemical technology	Hebei University of Technology
	one hundred and three	Comprehensive utilization and clean processing of phosphorus resources	Sichuan University
	one hundred and four	Coal conversion technology	Taiyuan University of Technology
	one hundred and five	Advanced Catalysis	Hunan University
	one hundred and six	Large scale industrial reactor engineering	East China University of Science and Technology
	one hundred and seven	fine chemicals	Shanxi University
	one hundred and eight	Natural gas development	Southwest Petroleum University
	one hundred and nine	Exploration and development of complex oil and gas reservoirs	China University of Petroleum (Beijing)
	one hundred and ten	Development and utilization of gas energy	China University of Petroleum (Beijing)	two thousand and seven	Construction period
	one hundred and eleven	Offshore oil and gas development and safety assurance	Ocean University of China
	one hundred and twelve	Oilfield chemistry	Southwest Petroleum University
	one hundred and thirteen	New equipment and technology for petroleum and petrochemical industry	China University of Petroleum (East China)
	one hundred and fourteen	Intelligent Process System Engineering	Beijing University of Chemical Technology
	one hundred and fifteen	Resource (salt lake) process engineering	East China University of Science and Technology
	one hundred and sixteen	Pharmaceutical Engineering and Process Chemistry	East China University of Science and Technology
	one hundred and seventeen	Biological refining	Beijing University of Chemical Technology
	one hundred and eighteen	Chemical pollution control	Nanjing University of Technology
	one hundred and nineteen	Clean energy chemical technology	Tsinghua University
	one hundred and twenty	Efficient energy storage	Nankai University
	one hundred and twenty-one	Multiphase separation technology and equipment	China University of Petroleum (Beijing)	2008-2009	Construction period
	one hundred and twenty-two	Green and efficient process equipment and energy saving	East China University of Science and Technology
	one hundred and twenty-three	High pressure process equipment and safety	Zhejiang University
	one hundred and twenty-four	Process equipment and its remanufacturing	Zhejiang University of Technology
	one hundred and twenty-five	Advanced chemical utilization technology of energy in northern Shaanxi	Northwestern University
	one hundred and twenty-six	Development and utilization of phosphorus resources	Wuhan University of Engineering
	one hundred and twenty-seven	Comprehensive utilization of oil shale	Northeast Electric Power University
	one hundred and twenty-eight	Development and treatment of low permeability and extra low permeability reservoirs in western China	Xi'an Shiyou University
Energy transportation	one hundred and twenty-nine	Power quality	Anhui University	two thousand and one	Accepted and open
	one hundred and thirty	New technology of power transmission and transformation	Hunan University
	one hundred and thirty-one	Intelligent transportation system	Southeast University
	one hundred and thirty-two	Modern traffic management system	Sichuan University
	one hundred and thirty-three	Port logistics technology and equipment	Wuhan University of Technology
	one hundred and thirty-four	PV system	Hefei Polytechnic University
	one hundred and thirty-five	Solar power generation and refrigeration	Shanghai Jiaotong University
	one hundred and thirty-six	Safety of water conservancy and hydropower projects	Hohai University
	one hundred and thirty-seven	Tunnel and underground works	Beijing Jiaotong University	two thousand and six	Accepted and open
	one hundred and thirty-eight	Rail transit electric drive	Beijing Jiaotong University
	one hundred and thirty-nine	Building energy conservation	Tsinghua University
	one hundred and forty	Equipment and technology for expressway construction and maintenance	Chang'an University		Planned acceptance
	one hundred and forty-one	Safety of large highway structures	Chang'an University
	one hundred and forty-two	Environmental thermal technology	Shandong University
	one hundred and forty-three	Traffic safety control and equipment for waterway and highway	Wuhan University of Technology
	one hundred and forty-four	Bridge structure and materials in mountainous area	chongqing jiaotong university
	one hundred and forty-five	Lightning protection and grounding technology	WuHan University	two thousand and seven	Construction period
	one hundred and forty-six	Container Supply Chain Technology	Shanghai Maritime University
	one hundred and forty-seven	High speed railway network management	Beijing Jiaotong University
	one hundred and forty-eight	Railway environmental vibration and noise	East China Jiaotong University
	one hundred and forty-nine	Structural reliability and application detection technology of rail vehicles	Beijing Jiaotong University
	one hundred and fifty	Aerospace motor system technology	Northwestern Polytechnical University
	one hundred and fifty-one	Aerospace power supply technology	Nanjing University of Aeronautics and Astronautics
	one hundred and fifty-two	New motor and special electromagnetic equipment	Huazhong University of Science and Technology
	one hundred and fifty-three	Coal based slurry fuel	China University of Mining and Technology (Beijing)
	one hundred and fifty-four	Power saving	North China Electric Power University
	one hundred and fifty-five	Nuclear power technology	Tsinghua University	2008-2009	Construction period
	one hundred and fifty-six	Advanced lighting technology	Fudan University
	one hundred and fifty-seven	Ship power technology	Harbin Engineering University
	one hundred and fifty-eight	Shipping simulation technology	Shanghai Maritime University
	one hundred and fifty-nine	Energy saving and emission reduction of energy power plant	Huazhong University of Science and Technology	2008-2009	Construction period
	one hundred and sixty	Power Electronics Energy Saving Technology and Equipment	Shandong University
	one hundred and sixty-one	Renewable energy power generation technology	Hohai University
	one hundred and sixty-two	Renewable energy power generation and grid connection control	Xinjiang University
	one hundred and sixty-three	Energy saving and emission reduction in metallurgy	Kunming University of Science and Technology
Biomedicine	one hundred and sixty-four	Resource medicine	Beijing Normal University	two thousand and one	Accepted and open
	one hundred and sixty-five	Marine biotechnology in the South China Sea	Sun Yat-sen University
	one hundred and sixty-six	Traditional Chinese Medicine and New Drug Development	Beijing University of Traditional Chinese Medicine
	one hundred and sixty-seven	Modern Chinese patent medicine	Guangzhou University of Traditional Chinese Medicine
	one hundred and sixty-eight	Genomic drugs	Jinan University
	one hundred and sixty-nine	Protein and peptide new drugs	Nanjing University	two thousand and six	Accepted and open
	one hundred and seventy	Pharmaceutical powder technology	Hunan University of Traditional Chinese Medicine
	one hundred and seventy-one	Clean production of pesticides and pharmaceutical intermediates	Shandong Normal University
	one hundred and seventy-two	regenerative medicine	Peking University		Planned acceptance
	one hundred and seventy-three	Development and Utilization of Characteristic Medicinal Biological Resources in Southwest China	Guizhou University
	one hundred and seventy-four	Modern minimally invasive medical equipment and technology	Shanghai University of Technology
	one hundred and seventy-five	Artificial organs and materials	Jinan University
	one hundred and seventy-six	Bioreactor and Drug Development	Jilin Agricultural University
	one hundred and seventy-seven	New veterinary vaccine	yangzhou university
	one hundred and seventy-eight	Traditional Chinese Medicine Resources	China Union Medical University
	one hundred and seventy-nine	Biotransformation and biological purification	Zhejiang University of Technology
	one hundred and eighty	Industrial microorganism	Fujian Normal University
	one hundred and eighty-one	Microbial functional genomics and detection technology	Nankai University
	one hundred and eighty-two	Gene vaccine	Sun Yat-sen University
	one hundred and eighty-three	Application technology of drug genome	Central South University	two thousand and seven	Construction period
	one hundred and eighty-four	Cell engineering and antibody drugs	Shanghai Jiaotong University
	one hundred and eighty-five	Antitumor natural drugs	Harbin University of Commerce
	one hundred and eighty-six	Digital diagnosis and treatment equipment	Southern Medical University
	one hundred and eighty-seven	Local diagnosis and treatment technology in body cavity	Peking University
	one hundred and eighty-eight	Modern optometry technology and equipment	Wenzhou Medical College
	one hundred and eighty-nine	Molecular medicine	Huaqiao University
	one hundred and ninety	Modern Preparation Technology of Traditional Chinese Medicine	Shanghai University of Traditional Chinese Medicine
	one hundred and ninety-one	Modern Chinese Medicine Discovery and Preparation Technology	Tianjin University of Traditional Chinese Medicine
	one hundred and ninety-two	Standardized production of traditional Chinese medicine	Beijing University of Traditional Chinese Medicine
	one hundred and ninety-three	Comprehensive Development and Utilization of Traditional Chinese Medicine in Western China	Chengdu University of TCM
	one hundred and ninety-four	Standardization and Standardization of Traditional Chinese Medicine Processing	Nanjing University of Traditional Chinese Medicine	2008-2009	Construction period
	one hundred and ninety-five	Ethnic Medicine and Development and Application of Traditional Chinese Medicine	Guiyang Medical College
	one hundred and ninety-six	Molecular diagnosis	Xiamen University
	one hundred and ninety-seven	Preclinical studies on primates and large animals	Peking University
	one hundred and ninety-eight	Animal biological drugs	Huazhong Agricultural University
	one hundred and ninety-nine	Drug technology for diagnosis and treatment of blood and vascular diseases	Suzhou University
	two hundred	Endogenous preventive drugs	capital medical university
	two hundred and one	Active substance biotechnology	Chongqing Normal University
Agriculture, forestry, animal husbandry and fishery	two hundred and two	Garden environment	Beijing Forestry University	two thousand and one	Accepted and open
	two hundred and three	rape	Huazhong Agricultural University
	two hundred and four	Maize breeding	China Agricultural University
	two hundred and five	Agricultural genetic engineering	Northeast Normal University
	two hundred and six	Reproduction and breeding techniques of polyploid fish	Hunan Normal University	two thousand and six	Accepted and open
	two hundred and seven	Agricultural microbial technology	Heilongjiang University		Accepted and open
	two hundred and eight	Forestry ecological engineering	Beijing Forestry University		Planned acceptance
	two hundred and nine	Forestry biological agent	Northeast Forestry University
	two hundred and ten	Biomass conversion	Nanchang University
	two hundred and eleven	Biological control	South China Agricultural University
	two hundred and twelve	Large scale breeding technology of fine livestock	Inner Mongolia University
	two hundred and thirteen	Southwest crop breeding	Sichuan Agricultural University
	two hundred and fourteen	wheat breeding	Northwest Agriculture and Forestry University
	two hundred and fifteen	Silkworm resources and molecular improvement	Southwest University
	two hundred and sixteen	Breeding of new tropical crop varieties	Hainan University
	two hundred and seventeen	Grapes and wine	Ningxia University
	two hundred and eighteen	cotton	Xinjiang Agricultural University
	two hundred and nineteen	Mariculture	Ocean University of China
	two hundred and twenty	Fruit and vegetable processing	China Agricultural University
	two hundred and twenty-one	Deep processing of starch and vegetable protein	South China University of Technology
	two hundred and twenty-two	Modern agricultural equipment and facilities	China Agricultural University
	two hundred and twenty-three	Grassland agriculture	Lanzhou University
	two hundred and twenty-four	Oasis Agricultural Engineering and Informatization	Shihezi University
	two hundred and twenty-five	Resource saving fertilizer	Nanjing Agricultural University
	two hundred and twenty-six	Biochemistry of agricultural products	Hefei Polytechnic University
	two hundred and twenty-seven	Protein feed resources of agricultural and sideline products	Wuhan University of Light Industry	two thousand and seven	Construction period
	two hundred and twenty-eight	Plant biotechnology and utilization of genetic resources	WuHan University
	two hundred and twenty-nine	Forestry Biomass Materials and Energy	Beijing Forestry University
	two hundred and thirty	Sustainable development and utilization of bioenergy	yunnan normal university
	two hundred and thirty-one	Animal disease resistance and nutrition biotechnology	Sichuan Agricultural University
	two hundred and thirty-two	Dairy biotechnology	Inner Mongolia Agricultural University
	two hundred and thirty-three	Edible and medicinal fungi	Jilin Agricultural University
	two hundred and thirty-four	Fungal biotechnology	Anhui Agricultural University
	two hundred and thirty-five	Plant space breeding	South China Agricultural University
	two hundred and thirty-six	Creation of hybrid cotton	Nanjing Agricultural University
	two hundred and thirty-seven	Citrus	Southwest University
	two hundred and thirty-eight	Grain storage and security	Henan University of Technology
	two hundred and thirty-nine	Utilization of tropical polysaccharide resources	Hainan University
	two hundred and forty	Dredging technology	Hohai University
	two hundred and forty-one	Feed safety and efficient utilization	Hunan Agricultural University	2008-2009	Construction period
	two hundred and forty-two	plant growth regulator	China Agricultural University
	two hundred and forty-three	biomass materials	Southwest University of Science and Technology
	two hundred and forty-four	Southern mountain agriculture	Southwest University
	two hundred and forty-five	Wetland agriculture in the middle reaches of the Yangtze River	Changjiang University
	two hundred and forty-six	Efficient utilization of modern agricultural water resources in arid areas	Ningxia University
	two hundred and forty-seven	Innovation and utilization of horticultural crop germplasm	Nanjing Agricultural University
	two hundred and forty-eight	Preservation of South Horticultural Products	South China Agricultural University
	two hundred and forty-nine	Xinjiang Characteristic Fruit and Vegetable Storage and Processing	Shihezi University
	two hundred and fifty	Northwest potato	qinghai university
	two hundred and fifty-one	Processing and utilization of grain by-products	heilongjiang bayi agricultural university
	two hundred and fifty-two	Processing and application of bee products	Fujian Agriculture and Forestry University
	two hundred and fifty-three	Modern industrial technology of eel	Jimei University
	two hundred and fifty-four	Refrigeration technology	Tianjin University of Commerce
Electronics and Communications	two hundred and fifty-five	Semiconductor Materials and Devices	Nanchang University	two thousand and one	Accepted and open
	two hundred and fifty-six	Field Emission Display Technology	Fuzhou University	two thousand and six	Accepted and open
	two hundred and fifty-seven	multimedia communication	Ningbo University		Accepted and open
	two hundred and fifty-eight	mobile communication	Chongqing University of Posts and Telecommunications		Planned acceptance
	two hundred and fifty-nine	Microprocessor and system	Peking University
	two hundred and sixty	RF integrated circuits and systems	Southeast University
	two hundred and sixty-one	Autonomous satellite navigation and positioning technology	National University of Defense Science and Technology
	two hundred and sixty-two	Automotive Electronic Drive Control and System Integration	Harbin University of Science and Technology
	two hundred and sixty-three	Automotive Electronics and Control Technology	Hunan University
	two hundred and sixty-four	antenna	Xi'an University of Electronic Science and Technology
	two hundred and sixty-five	Embedded system integration	Northwestern Polytechnical University
	two hundred and sixty-six	Embedded system	Zhejiang University
	two hundred and sixty-seven	Nano optoelectronic integration and advanced equipment	East China Normal University
	two hundred and sixty-eight	Thin film optoelectronic technology	Nankai University
	two hundred and sixty-nine	Navigation instrument	Harbin Engineering University
	two hundred and seventy	Earth observation and navigation	Peking University	two thousand and seven	Construction period
	two hundred and seventy-one	Navigation, guidance and control technology	Beijing University of Technology
	two hundred and seventy-two	Advanced aviation navigation and air traffic control technology	Beijing University of Aeronautics and Astronautics
	two hundred and seventy-three	Digital laser imaging and display	Suzhou University
	two hundred and seventy-four	Precision electronic manufacturing equipment	South China University of Technology
	two hundred and seventy-five	Electronic test technology and instrument	University of Electronic Science and Technology
	two hundred and seventy-six	Communication Devices and Technologies	Tianjin University of Technology
	two hundred and seventy-seven	Micro/nano optoelectronic materials and devices	Xiamen University
	two hundred and seventy-eight	Automatic test and instrument technology	Harbin Institute of Technology
	two hundred and seventy-nine	Solid state devices and integration technology	Tsinghua University
	two hundred and eighty	Digital home	Sun Yat-sen University	2008-2009	Construction period
	two hundred and eighty-one	Intelligent acquisition technology and application of spatiotemporal data processor	WuHan University
	two hundred and eighty-two	New Microwave Detection Technology	University of Electronic Science and Technology
	two hundred and eighty-three	Short range wireless communication and network	South China University of Technology
	two hundred and eighty-four	Broadband wireless communication and display technology	Nanjing University of Posts and Telecommunications
	two hundred and eighty-five	Autonomous control technology of aircraft	Nanjing University of Aeronautics and Astronautics
	two hundred and eighty-six	High power semiconductor lighting application system	Tianjin Polytechnic University
Network and Computer Application	two hundred and eighty-seven	information network	Beijing University of Posts and Telecommunications	two thousand and one	Accepted and open
	two hundred and eighty-eight	Computer Network Technology	Tsinghua University	two thousand and one	Accepted and open
	two hundred and eighty-nine	Network information security	Shanghai Jiaotong University	two thousand and six	Planned acceptance
	two hundred and ninety	Advanced Computer Application Technology	Beijing University of Aeronautics and Astronautics
	two hundred and ninety-one	Computer Aided Product Innovation Design	Zhejiang University
	two hundred and ninety-two	Enterprise digital technology	Tongji University
	two hundred and ninety-three	Data storage system and technology	Huazhong University of Science and Technology
	two hundred and ninety-four	Key information security technology	Fudan University
	two hundred and ninety-five	Security guarantee technology of complex network system	Northeastern University	two thousand and seven	Construction period
	two hundred and ninety-six	Virtual reality application	Beijing Normal University
	two hundred and ninety-seven	Domestic basic software	National University of Defense Technology
	two hundred and ninety-eight	Open source software and real-time system	Lanzhou University
	two hundred and ninety-nine	Network technology and application software	Jilin University
	three hundred	Intelligent Decision Making and Information System Technology	Hefei Polytechnic University
	three hundred and one	Hardware/Software Co design Technology and Application	East China Normal University
manufacturing industry	three hundred and two	Rapid Prototyping Manufacturing Technology	Xi'an Jiaotong University	two thousand and one	Accepted and open
	three hundred and three	continuous extrusion	Dalian Jiaotong University	two thousand and six	Accepted and open
	three hundred and four	Aerospace complex product manufacturing	Beijing University of Aeronautics and Astronautics		Planned acceptance
	three hundred and five	Manufacturing technology of aviation complex structure	Nanjing University of Aeronautics and Astronautics
	three hundred and six	Advanced manufacturing technology of automobile structural parts	Beijing University of Technology
	three hundred and seven	Automobile development	Jilin University
	three hundred and eight	Light power	Tianjin University
	three hundred and nine	New energy vehicles	Tongji University
	three hundred and ten	Intelligent appliances	Xi'an Jiaotong University
	three hundred and eleven	Advanced strip production equipment and control	Beijing University of Science and Technology
	three hundred and twelve	Rolling equipment and complete technology	Yanshan University
	three hundred and thirteen	Advanced metallurgical process and equipment for special steel	Northeastern University
	three hundred and fourteen	Waste oil recycling technology and equipment	Chongqing Gongshang University
	three hundred and fifteen	New equipment for nonferrous metallurgy	Lanzhou University of Technology
	three hundred and sixteen	Intelligent automation technology for nonferrous metallurgy	Central South University
	three hundred and seventeen	Metallurgical automation and detection technology	Wuhan University of Science and Technology
	three hundred and eighteen	New light source technology and equipment	Southeast University
	three hundred and nineteen	Safety critical industrial measurement and control technology	Hefei Polytechnic University
	three hundred and twenty	Simulation test technology	Harbin Institute of Technology
	three hundred and twenty-one	Manufacturing management technology	Dalian University of Technology
	three hundred and twenty-two	Industrial CT nondestructive testing technology	Chongqing University
	three hundred and twenty-three	Innovative scientific instruments	Fudan University	two thousand and seven	Construction period
	three hundred and twenty-four	Servo control technology	Southeast University
	three hundred and twenty-five	Advanced drive energy-saving technology	Southwest Jiaotong University
	three hundred and twenty-six	Mechanical testing technology and equipment	Chongqing University of Technology
	three hundred and twenty-seven	Hydraulic vibration and control	Anhui University of Technology
	three hundred and twenty-eight	Ship control engineering	Harbin Engineering University
	three hundred and twenty-nine	heavy machinery	Taiyuan University of Science and Technology
	three hundred and thirty	Space robot technology	Beijing University of Posts and Telecommunications
	three hundred and thirty-one	Near net rolling forming of parts	Beijing University of Science and Technology
	three hundred and thirty-two	Complex path processing technology and equipment	Xiangtan University
	three hundred and thirty-three	Integration technology of instrumentation and automation system	Hangzhou University of Electronic Science and Technology
	three hundred and thirty-four	Digital instrument for process industry	Northeastern University
	three hundred and thirty-five	Laser direct manufacturing of large monolithic metal components	Beijing University of Aeronautics and Astronautics	2008-2009	Construction period
	three hundred and thirty-six	Construction technology and equipment for major projects	Tongji University
	three hundred and thirty-seven	Advanced design and manufacturing of heavy vehicle parts	Guangxi Institute of Technology
	three hundred and thirty-eight	Steel Manufacturing Execution System Technology	Beijing University of Science and Technology
	three hundred and thirty-nine	Advanced mining equipment	Hunan University of Science and Technology
	three hundred and forty	Special operation equipment	Nanjing University of Technology
	three hundred and forty-one	Crystal growth equipment and control technology	Xi'an University of Technology
	three hundred and forty-two	Non ferrous metal metallurgical process technology	Northeastern University
	three hundred and forty-three	Monitoring and control of industrial equipment	Dalian University of Technology
	three hundred and forty-four	Micro nano manufacturing and measurement technology	Tianjin University
	three hundred and forty-five	Micro/nano inertial sensor and integrated measurement	Central North University
	three hundred and forty-six	Measurement and Testing Technology and Instruments	China Institute of Metrology
	three hundred and forty-seven	Visual Control Technology and Application	Hunan University
	three hundred and forty-eight	Optical instruments and systems	Shanghai University of Technology
	three hundred and forty-nine	Intelligent rehabilitation device and detection technology	Hebei University of Technology
Resources and environment	three hundred and fifty	Membrane and water treatment technology	Zhejiang University	two thousand and one	Accepted and open
	three hundred and fifty-one	Water treatment and water environment restoration	Nanjing University	two thousand and six	Accepted and open
	three hundred and fifty-two	Efficient utilization of advantageous mineral resources in western China	Kunming University of Science and Technology		Planned acceptance
	three hundred and fifty-three	Agriculture and ecological restoration in arid areas	Lanzhou University
	three hundred and fifty-four	Underground engineering of mine	Anhui University of Science and Technology
	three hundred and fifty-five	Rock soil drilling and protection	China University of Geosciences (Wuhan)
	three hundred and fifty-six	Efficient development and application technology of tungsten resources	Jiangxi University of Technology	two thousand and seven	Accepted and open
	three hundred and fifty-seven	Hydraulic engineering simulation and safety monitoring	Tianjin University		Accepted and open
	three hundred and fifty-eight	Exploration of concealed nonferrous and precious metal deposits	Guilin University of Technology		Construction period
	three hundred and fifty-nine	Large underground caverns	Shandong University
	three hundred and sixty	Agricultural water saving and water resources	China Agricultural University
	three hundred and sixty-one	Groundwater pollution control and remediation	Beijing Normal University	2008-2009	Construction period
	three hundred and sixty-two	Geothermal resources development technology and equipment	Jilin University
	three hundred and sixty-three	Low carbon building environmental equipment and system energy conservation	Southeast University
	three hundred and sixty-four	Tropical and subtropical water ecological engineering	Jinan University
	three hundred and sixty-five	Reclamation and coastal soft soil engineering technology	Tianjin Urban Construction University
	three hundred and sixty-six	Construction and maintenance technology of mountain roads	chongqing jiaotong university
	three hundred and sixty-seven	Building energy efficiency control and evaluation	anhui university of architecture
	three hundred and sixty-eight	Ecological environment in the Three Gorges reservoir area	Three Gorges University
	three hundred and sixty-nine	Biofilm water purification and utilization technology	Anhui University of Technology
	three hundred and seventy	Comprehensive utilization of water resources in cold and dry areas	Lanzhou Jiaotong University

Management Measures

Announce

edit

Interim Measures for Construction and Management of Engineering Research Center of the Ministry of Education^[2]

General

Article 1 In order to strengthen the construction of scientific and technological innovation capacity of colleges and universities, improve the scientific and technological innovation system of colleges and universities, and strengthen the social service function of colleges and universities, the Ministry of Education has carried out the construction of the Engineering Research Center of the Ministry of Education (hereinafter referred to as the Engineering Center) in a planned and step-by-step manner. These Measures are formulated to strengthen and standardize the construction and operation management of the Engineering Center and promote its sustainable and healthy development.

Article 3 The purpose of the construction of the Engineering Center is to carry out engineering research and systematic integration of scientific and technological achievements with important market value under the guidance of the national medium and long-term scientific and technological development plan, in combination with the overall discipline planning of the school, facing the direction of international high-tech development and the development strategy of national economic construction, social progress and national security, It can be transformed into engineering commonalities, key technologies or technical products with market competitiveness that are suitable for large-scale production.

Article 4 The construction goal of the Engineering Center is to form an engineering verification environment for the industrialization of scientific and technological achievements and the ability to conduct technical and economic analysis and engineering evaluation of scientific and technological achievements; Build a first-class team of technological innovation, development and system integration; Form the ability of continuous innovation and sustainable development, and promote the technological progress of the industry.

Article 5 The main task of the Engineering Center is to continuously provide the society with engineering technology achievements with the national strategic needs as the goal and the technology integration innovation as the core; Research and propose industrial technical standards and specifications; Promote the digestion, absorption and innovation of advanced technologies introduced from abroad; Promote interdisciplinary development, and cultivate scientific and technological innovation talents and management talents; Provide information and consulting services for the development of the industry and related fields; Carry out international cooperation and exchanges.

Article 6 The Engineering Center is a scientific research entity relying on colleges and universities to carry out engineering technology innovation and system integration, which is an important connotation of the discipline construction of the university. Colleges and universities should include it in the construction and development plan of key disciplines and scientific and technological innovation bases. The Engineering Center has a separate plan for resource allocation. It is a relatively independent, parallel to colleges and departments, secondary institution relying on colleges and universities.

Article 7 The Ministry of Education implements a management mechanism of regular evaluation, dynamic management, survival of the fittest, and rolling development for the Engineering Center.

Management responsibilities

Article 8 The Ministry of Education is the administrative department of the Engineering Center, whose main responsibilities are:

（1） According to the national science and technology development strategy and industry technology development status, the development plan and implementation plan of the Engineering Center shall be prepared, and the policies and methods for the construction and management of the Engineering Center shall be formulated. Guide the operation and management of the Engineering Center.

（2） Determine the project initiation of the Engineering Center, and organize the acceptance and evaluation of the Engineering Center.

（3） Appoint the director of the Engineering Center and put on record the director of the Technical Committee of the Engineering Center.

（4） Adjust the planning layout of the existing engineering center according to the development of the situation.

Article 9 The main responsibilities of the education administration departments of provinces, autonomous regions and municipalities directly under the Central Government for the engineering centers built by local colleges and universities are as follows:

（1） Cooperate with the Ministry of Education to formulate development plans and plans for engineering centers of local colleges and universities; Create conditions to incorporate the engineering center into the regional innovation plan.

（2） Organize the application and construction of the engineering centers of local colleges and universities, and guide the operation and management of the engineering centers under their jurisdiction.

（3） The director of the Engineering Center recommended by local colleges and universities shall be preliminarily examined, and the director of the Technical Committee shall be put on record.

（4） Implement the supporting conditions for the construction and operation of the engineering center and relevant local policies.

Article 10 Colleges and universities are the supporting units for the construction of the engineering center, responsible for the construction and daily management of the engineering center. The main responsibilities are:

（1） Organize the preparation of the feasibility study report of the construction project of the Engineering Center, and be responsible for the construction and implementation of the Engineering Center.

（2） Incorporate the construction and development of the Engineering Center into the relevant planning of the school, and formulate the management system and operation mechanism conducive to the development of the Engineering Center according to the discipline characteristics, industrial background and actual management situation of the school on which the Engineering Center relies; Coordinate and solve major problems in the construction and development of the Engineering Center, and implement funds and other supporting conditions.

（3） Be responsible for selecting, recommending and assessing the director of the Engineering Center, and appointing the deputy director of the Engineering Center, the director, deputy director and members of the Technical Committee.

（4） Develop an assessment system conducive to the construction and development of the Engineering Center, be responsible for the daily assessment and pre assessment of the Engineering Center, and submit the assessment and pre assessment results to the superior competent department. Cooperate with the competent department in the acceptance and evaluation of the Engineering Center.

（5） According to the suggestions of the Technical Committee, the major issues in the construction and development of the Engineering Center shall be reported to the Ministry of Education in a timely manner.

Project establishment and construction

Article 11 The project initiation and construction management of the Engineering Center mainly includes project initiation application, review, plan implementation, etc.

Article 12 The construction project of the Engineering Center shall meet the following conditions:

（1） Relying on key disciplines or advantageous discipline groups, integrate all aspects of resources to build a high starting point; Have solid foundation, characteristics and achievements in engineering technology development and achievement transformation in corresponding technical fields; The system integration conditions of relevant supporting disciplines and technologies are conducive to promoting interdisciplinary, and can provide strong support for the long-term development of the school.

（2） It has a number of major scientific and technological achievements with independent intellectual property rights and good market prospects.

（3） Some equipment and infrastructure required for the engineering of existing scientific research achievements can provide necessary supporting support for the construction and operation of the project.

（4） The lean management team and technical leaders with strong market awareness and transformation experience can build a high-level technical innovation team with reasonable structure and high quality of engineering research and development and transformation in this field.

（5） It has good engineering operation management level and effective talent incentive mechanism.

（6） The engineering center to be applied for has been incorporated into the construction plan or relevant plan of the local and university based science and technology innovation base, has clear development goals and construction ideas, the proposed establishment plan is practical and feasible, and the construction supporting funds are available.

Article 13 According to the construction plan of the Engineering Center, colleges and universities that meet the basic conditions for project initiation and application of the Engineering Center shall prepare the Feasibility Study Report of the Construction Project of the Engineering Research Center of the Ministry of Education (Appendix 1) in duplicate and submit it to the Ministry of Education.

The application for project establishment of local colleges and universities shall be reviewed and submitted by the local provincial education administrative department.

Article 14 The Ministry of Education will review the qualification of the Feasibility Study Report of the Construction Project of the Engineering Research Center of the Ministry of Education, and the qualified feasibility study report will be demonstrated by experts (or field visit will be carried out as the case may be). According to the experts' argumentation opinions, the Ministry of Education approved the project after comprehensive research.

The project center built by relying on local colleges and universities adopts the mode of provincial and ministerial co construction.

Article 15 Rely on colleges and universities to implement the funds and construction conditions and organize the specific implementation of the project according to the project approval. During the construction of the Engineering Center, relying on colleges and universities, we should strengthen supervision and management, and submit annual work summaries on time. The Ministry of Education will inspect the construction of the Engineering Center.

Article 16 Relying on colleges and universities should ensure the relative stability of the person in charge of the engineering center during the construction period. The supporting unit shall timely adjust the person in charge of the Engineering Center who has not been on duty for six consecutive months and report to the Ministry of Education in writing for approval. During the construction of the Engineering Center, if major adjustments are made to the original plan, they must be re demonstrated and approved by experts organized by the Ministry of Education before implementation.

Article 17 In principle, the newly increased investment in fixed assets of the Engineering Center should not be less than 10 million yuan, and the R&D and achievement transformation rooms should not be less than 5000 square meters, which are relatively concentrated. If there are characteristics of the industry or field, it shall be explained in the application for project establishment and implemented according to the construction scale approved by the Ministry of Education.

Article 18 The construction fund of the engineering center can be diversified to encourage social investment institutions, enterprises or individuals to invest in the transformation of the achievements of the engineering center. The national appropriation for the construction fund of the Center shall be earmarked for specific purposes, mainly used to purchase equipment and instruments necessary for engineering research and development and testing, introduce necessary technical software and conduct personnel training.

Article 19 The construction period of the engineering center is two years in principle. After acceptance, it will be put into operation.

Operation and management

Article 20 The Engineering Center should strengthen system innovation and mechanism innovation, explore different management modes and operating mechanisms according to the actual situation, promote the construction and development of the Engineering Center, and achieve good economic and social benefits.

Article 21 Under the leadership of the supporting unit, the Engineering Center implements the director responsibility system, presides over the overall work of the Engineering Center, and nominates and recommends the deputy director of the Engineering Center and members of the Technical Committee to the supporting unit.

Article 22 The qualifications of the director of the Engineering Center are: having deep academic attainments, high engineering technology level and pioneering and innovative consciousness; Be familiar with the technology development trend of relevant industries at home and abroad; Strong organization and management ability and market development ability; Healthy, energetic, and not more than 50 years old in principle.

Article 23 The director of the Engineering Center shall be nominated by the supporting institutions of higher learning and employed by the Ministry of Education. The director of the Engineering Center has a term of office of five years, and adopts the "2+3" assessment management mode, that is, after the director of the Engineering Center has been employed for two years, the supporting unit will conduct a mid-term assessment on the performance of the Engineering Center and the director of the Engineering Center and report to the Ministry of Education for approval. The Ministry of Education will dismiss those who fail the assessment.

Article 24 The Technical Committee is the technical advisory body of the Engineering Center. Its responsibilities are to review the development strategy and research and development plan of the Engineering Center, evaluate the engineering design and test scheme, provide technical and economic advice and market information, and review the annual work of the Engineering Center. The Technical Committee shall meet at least once a year.

Article 25 The Technical Committee is composed of experts from the scientific and technological circles, engineering circles, relevant enterprises and economic circles in the field where the Engineering Center is located. The number of supporting units shall not exceed one third of the total number, and the number of young and middle-aged members shall not be less than one third of the total number. The term of office of the members of the Technical Committee is five years, and about one-third of the members must be replaced when the term of office is changed.

Article 26 The Engineering Center implements the project contract system and personnel appointment system. The research and development team is composed of fixed personnel and guest mobile personnel, and the size is generally about 100 people. The fixed personnel shall be appointed by the director of the Engineering Center inside and outside the school. The guest floating personnel shall be appointed by the project leader according to the work needs and the actual situation of the R&D project, and shall be approved by the director of the Engineering Center as the floating personnel, and the related expenses shall be paid in the project funds.

Article 27 The Engineering Center shall establish and improve internal management rules and regulations, pay attention to engineering development facilities and network environment construction, improve use efficiency, attach importance to intellectual property protection, academic ethics construction, and strengthen the authenticity review and archiving of data, materials and achievements.

Article 28 In principle, the Engineering Center should implement relatively independent financial accounting, and manage in accordance with relevant national laws and regulations. The income from the transformation of its achievements is mainly used to rely on the discipline construction of colleges and universities and the sustainable development of the Engineering Center.

Acceptance and evaluation

Article 29 After completing the construction task of the engineering center relying on colleges and universities, it is necessary to make a summary in time and put forward an acceptance application, prepare the Summary Report on the Construction of the Engineering Research Center of the Ministry of Education (Appendix 2) and submit it to the Ministry of Education.

The acceptance application of the provincial and ministerial co construction engineering center shall be submitted to the Ministry of Education after being reviewed and approved by the local provincial education administrative department.

Article 30 The Ministry of Education organized experts to accept the Engineering Research Center according to the Acceptance Outline of the Engineering Research Center of the Ministry of Education (Appendix 3), the approved Feasibility Study Report of the Construction Project of the Engineering Research Center of the Ministry of Education and relevant documents.

Article 31 The Ministry of Education officially named and awarded the engineering center that passed the acceptance, incorporated it into the sequence management of the engineering center of the Ministry of Education, and appointed the director of the engineering center. For engineering centers that fail to pass the acceptance, the Ministry of Education has instructed colleges and universities to rectify the problems raised by the acceptance expert group within a time limit. The engineering center ordered to rectify can apply for acceptance again within one year. After passing the acceptance, it will be formally named and awarded a license. If it still fails to pass the acceptance, it will be revoked.

Article 32 The Ministry of Education will organize experts to evaluate the performance of the engineering centers that have been operating for three years after completion in accordance with the Evaluation Outline of the Engineering Research Center of the Ministry of Education (Appendix 4) and publish it.

The Ministry of Education will support the engineering centers with excellent construction achievements and evaluation results, and recommend them to apply for the National Engineering (Technology) Research Center as appropriate. The Ministry of Education will give a yellow card warning to the engineering centers with poor evaluation performance and order them to make rectification within a time limit, and will revoke the engineering centers with no significant improvement in performance after re evaluation within one year.

Article 33 The construction and operation of the engineering center introduce competition and incentive mechanism, implement dynamic management and rolling development, so as to encourage the advanced, eliminate the backward and adjust the layout. Encourage technological innovation platforms in colleges and universities that are similar to the existing engineering centers in technical fields and work directions, put forward project proposal for engineering centers before the evaluation of existing engineering centers, and provide rolling support according to the principle of survival of the fittest.

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