Zhejiang College of Water Resources and Hydropower, located in Hangzhou, a famous historical and cultural city with beautiful scenery, has a history of more than 50 years. It is an ordinary institution of higher learning that trains advanced applied professional and technical personnel for water conservancy and hydropower and regional economic development. The school now covers an area of 955 mu with a building area of 252,700 square meters. The school has excellent teaching facilities, more than 50 multimedia and voice classrooms, and a number of laboratories funded by the central and provincial governments. Building a campus network system with gigabit backbone bandwidth; The school library has more than 560,000 printed books, more than 360,000 electronic books and more than 0 kinds of paper periodicals 1 100. It has become one of the libraries with distinctive digital characteristics of water conservancy in Zhejiang Province and the richest collection of water conservancy and hydropower literature resources. At present, there are nearly 8,000 students in school; There are 548 registered faculty members, including 373 full-time teachers, 43 full-time teachers and deputy senior teachers 129. Zhejiang University of Water Resources and Hydropower.
Four people enjoy the special allowance of the State Council, nine people are selected into the second and third grades of the provincial "15 1 talent project", 14 people are provincial-level discipline (professional) leaders, 1 people are national model teachers, and three people are famous teachers in Zhejiang Province. Two provincial-level teaching teams have formed a team with profound theoretical attainments and rich teaching experience. The school currently has six teaching departments, including 365 and 438+0 majors in water conservancy and hydropower construction engineering, construction engineering technology, power plant and power system, mechatronics, e-commerce, and two Chinese-foreign cooperative education majors in marketing and computer information management. The school has always adhered to the all-round development of students, highlighted the central position of teaching work, deepened teaching reform and comprehensively promoted quality education. The school has always put the construction of disciplines and specialties in the first place. In recent years, the school has identified a number of key disciplines and majors, focusing on cultivating and supporting its discipline echelon, professional leaders and teaching facilities to promote the development of related majors. The school attaches great importance to teaching reform and research, and has won 2 second prizes for national teaching achievements and 8 first and second prizes for provincial teaching achievements. The majors of water conservancy and hydropower construction engineering, power plant and electric power system are listed as pilot majors of higher vocational education reform by the Ministry of Education. The specialties of water conservancy and hydropower construction engineering, power plant and power system, industrial and commercial enterprise management, software technology and water supply and drainage engineering technology are the key construction specialties of Zhejiang Higher Vocational College, the provincial characteristic specialties and the demonstration specialties of China Water Conservancy Higher Vocational Education. Landscape of Zhejiang University of Water Resources and Hydropower
The school has vigorously strengthened curriculum construction, and 26 courses have been rated as national and provincial quality courses, including enterprise management, hydropower station, construction cost and C#. Network programming, hydraulic structure and power plant electricity are national excellent courses. In terms of scientific research and scientific and technological services, the school relies on water conservancy to actively consolidate its internal strength and vigorously broaden its development platform. In recent years, it has undertaken more than 700 vertical and horizontal projects such as National Natural Science Foundation, 973 and 863, among which the special project of National Natural Science Foundation 1 and the special project of 973 1 have undertaken 33 provincial and ministerial-level projects, with a total funding of 80 million yuan for scientific research and technological development. The school encourages students to take an active part in various science and technology competitions. In 2009, our school participated in the national electronic design competition for college students, mathematical modeling competition, the sixth structural design competition for college students in Zhejiang Province, mechanical design competition for college students in Zhejiang Province, programming competition for college students in Zhejiang Province, advanced mathematics and other competitions, and achieved good results. Among the participating teams, 1 won the national first prize, 4 won the national second prize, 2 won the provincial first prize, 15 won the provincial second prize and 25 won the provincial third prize. The school attaches great importance to students' learning to study, learn to do things and learn to be human. Strengthen students' ideological and political education, pay attention to strict management of students, and form a set of management systems and norms. In order to encourage students to study hard and help students with difficulties to complete their studies, the school has set up scholarships for freshmen, outstanding students, individuals, work-study programs, social practice funds and extracurricular scientific and technological activities funds. In order to facilitate students to become talents, the school actively builds a talent overpass from junior college to undergraduate college, and encourages students to obtain undergraduate diplomas through self-study exams during their school years, or take other forms of undergraduate study, or enter undergraduate colleges for further study through exams before graduation. Over the past 50 years, the school has trained a large number of high-quality talents in water conservancy, electric power and machinery, which has provided strong talent support for the social and economic development of Zhejiang Province. In the past three years, the employment rate of graduates has exceeded 95%, and many professional graduates are in short supply. Employers generally reflect that graduates "can go down, use and stay". The school was rated as an excellent unit for the employment of college graduates in Zhejiang Province and a "safe campus" for colleges and universities in Zhejiang Province. It was awarded the National Outstanding Contribution Award for the Training of Skilled Talents in Water Conservancy Industry and the title of Civilized Unit in Zhejiang Province by the Ministry of Water Resources, and it is an excellent school for the evaluation of talent training level by the Ministry of Education. At present, the school is striving to establish an undergraduate college featuring water conservancy and hydropower, with engineering as the main body, coordinated development of multiple disciplines, and training high-quality applied professional and technical personnel.
The faculty who edited this paragraph
Over the past 50 years, the school has made great progress in all aspects. Especially in recent years, the school has developed rapidly and the conditions for running a school are improving day by day. Existing account
Zhejiang University of Water Resources and Hydropower covers an area of 805 mu, with a planned construction area of 280,000 square meters, and has completed 225,900 square meters. More than 6,200 students in general education at school; There are 50 registered faculty members1person, including 3 full-time teachers1person, 3 professors1person, 7 associate professors 102, 7 doctors, 65,438 postgraduates or masters, 38 postgraduates or masters and 65,438 doctors. The total value of existing teaching instruments and equipment is 36 million yuan; It has 540,000 printed books and 250,000 e-books.
Edit the characteristic major of this paragraph.
The school always puts the discipline and specialty construction in the first place, and the water conservancy and hydropower construction project, power plant and electric power Zhejiang University of Water Conservancy and Hydropower have unlimited scenery.
Systems, mechatronics, e-commerce and other 29 majors of "Water Conservancy and Hydropower Engineering" affiliated to Zhejiang University of Technology and 1 undergraduate majors, water conservancy and hydropower construction engineering is a pilot major of teaching reform in Industry-University-Research, the Higher Engineering College of the Ministry of Education and provincial key majors, and power plants and power systems are pilot majors of teaching reform in higher vocational colleges of the Ministry of Education. It has formed a professional pattern of engineering and management, especially water conservancy and hydropower, which is unique among colleges and universities in Zhejiang Province. According to its own development and social requirements for talent training, the school has built a number of advanced and distinctive laboratories and training places, including hydraulic simulation laboratory, advanced manufacturing technology laboratory, water supply and drainage laboratory, power simulation power device laboratory and so on. The experimental base shared with Zhejiang Water Conservancy Estuary Research Institute covers an area of 20,000 square meters, which can simulate the tidal bore of Qiantang River and is the largest estuary experimental base in China. At present, there are 32 experimental (training) rooms for water conservancy engineering, housing construction, electronics and electrician, electromechanical, computer and economic management, among which two laboratories for basic courses and technical courses have passed the qualification assessment of the Provincial Education Department, while others are relatively stable and can meet the teaching needs, and long-term cooperation agreements have been signed.
There are 46 off-campus practice bases in Zhejiang Vocational College of Water Resources and Hydropower (13 photo). The specific majors are as follows: 1, water conservancy and hydropower construction engineering. This major is a pilot major in the teaching reform of combining production with learning in higher vocational colleges of the Ministry of Education, a key construction major in provincial higher vocational colleges, a provincial-level characteristic major, and a national water conservancy higher vocational education demonstration major. It mainly cultivates advanced technical application-oriented talents with solid theoretical foundation, strong practical ability and professional knowledge and application ability of water conservancy and hydropower engineering. Can be engaged in the construction, supervision, survey, design and management of water conservancy and hydropower projects and other civil projects. Main courses: hydraulic engineering drawing and CAD, engineering mechanics, hydraulics, reinforced concrete structure, engineering hydrology and hydraulic calculation, engineering geology and hydrogeology, building materials and detection technology, hydraulic steel structure, hydraulic engineering survey, hydraulic structure, hydraulic engineering construction technology and organization, hydraulic engineering supervision, hydropower station, hydraulic engineering budget, etc. 2. Water Conservancy and Hydropower Construction Engineering (technical direction of port engineering) This major mainly cultivates advanced technical application-oriented talents who have the necessary professional knowledge and practical skills of port engineering technology, master certain practical skills, have strong practical ability and problem-solving ability, and have good professional ethics, innovative spirit and practical ability. Can be engaged in port and coastal engineering construction, budget estimation, project management, project supervision, planning and design and other technical work. Main courses: computer culture foundation, engineering drawing, engineering surveying, engineering geology, material mechanics, structural mechanics, hydraulics, engineering hydrology, estuary and coastal dynamics, reinforced concrete structure, port planning and layout, port hydraulic structures, water transport engineering construction and management, etc. 3. Urban Water Conservancy Major This major mainly trains advanced technical applied talents with all-round development in morality, intelligence, physique and aesthetics. It has the necessary basic theory and professional knowledge for urban water conservancy major, certain practical skills, strong practical ability and comprehensive problem-solving ability. After basic training in professional and technical posts, it has good professional ethics and professionalism. Can be engaged in the planning, design, construction, budget estimation, quality inspection and other technical work and organization management of water conservancy projects in small and medium-sized cities, and have basic knowledge of eco-city construction and planning, urban environmental protection and so on. Main courses: engineering mechanics, hydraulics, urban hydrology, soil mechanics and foundation, hydraulic reinforced concrete structure, engineering survey, urban planning principle, urban water resources management, urban flood control, pumps and pumping stations, hydraulic structures, introduction to municipal engineering, construction and budget estimation of water conservancy projects, water conservancy project supervision, water quality analysis and control, water conservancy project economy, etc. 4. Water supply and drainage engineering technology major This major is a national water conservancy higher vocational education demonstration major. It mainly cultivates advanced technical application-oriented talents with solid basic knowledge, strong practical ability and professional knowledge and application ability of water supply and drainage engineering. Can be engaged in water supply and drainage engineering and environmental engineering construction, supervision, survey, design and management. Main courses: engineering drawing CAD, water supply and drainage chemistry and water quality analysis technology, water treatment microbiology, engineering mechanics, hydraulics, engineering survey, water supply and drainage engineering structure, hydrology and hydrogeology, water treatment engineering (water supply), water treatment engineering (sewage), water supply and drainage pipeline engineering, building water supply and drainage engineering, water supply and drainage engineering structure, water supply and drainage engineering construction, construction engineering bidding, municipal engineering bidding, etc. 5. Engineering Surveying Technology Major The engineering surveying direction of this major mainly cultivates advanced technical applied talents with solid theoretical foundation, strong practical ability and basic surveying and mapping skills. Graduates are mainly oriented to surveying and mapping units, as well as water conservancy, municipal administration, transportation, land resources and other industries, and can be engaged in all kinds of architectural surveying, indoor and outdoor production of surveying and mapping, and organization, implementation and management of surveying and mapping projects. Main courses: computer drawing, digital mapping technology, survey adjustment, control survey, engineering survey, geographic information system, GPS survey technology, photogrammetry and remote sensing, engineering supervision, introduction to civil engineering, etc. 6. The major of water conservancy engineering cultivates advanced technical application-oriented talents who meet the needs of socialist modernization, develop morally, intellectually, physically and aesthetically, have the necessary basic theories and professional knowledge of grass-roots water conservancy engineering specialty, master certain practical skills, have strong hands-on ability and problem-solving ability, obtain basic training for professional and technical posts, and have good professional ethics, innovative spirit and practical ability. Be able to engage in technical work such as construction, budget estimation, water conservancy project management and water conservancy project supervision of small and medium-sized water conservancy projects. Main courses: modern water conservancy engineering drawing technology, water conservancy engineering survey, building materials and testing, water conservancy laws and regulations, commonly used software of water conservancy engineering, engineering mechanics, hydraulics, engineering hydrology and hydraulic calculation, soil mechanics and foundation treatment, engineering geology and hydrogeology, hydraulic concrete structure and steel structure, irrigation and drainage engineering, water pump and pumping station, hydraulic architecture, construction technology and organization of water conservancy engineering, water conservancy project budget, water conservancy project supervision and rural water supply project management. 7. Water conservancy information technology major (engineering monitoring direction) This major mainly cultivates advanced engineering application-oriented talents with solid theoretical foundation and strong practical ability and professional knowledge of water conservancy and hydropower engineering water conservancy information and safety information collection and analysis technology. Can be engaged in water safety analysis and engineering safety management of various construction or management units such as water conservancy, civil engineering, municipal administration, environmental protection and transportation. Main courses: engineering mechanics, engineering survey, engineering hydrology, introduction to hydraulic engineering, water information collection and testing, computer application software, database and application, comprehensive utilization of water resources, hydrological forecasting and reservoir dispatching, automatic hydrological forecasting technology, safety inspection of hydraulic engineering, information processing and safety diagnosis of hydraulic engineering, maintenance and reinforcement of hydraulic engineering, etc. 8. Building Engineering Technology Major This major mainly trains senior applied technical talents with solid theoretical foundation, strong practical ability, knowledge and ability in housing construction engineering survey, design, construction, supervision and management, and good professional ethics and professionalism. After graduation, I can engage in construction, supervision, design, budget estimation, measurement and other technical and management work in the fields of housing construction, municipal administration, real estate and property management. Main courses: architectural engineering drawing and CAD, engineering mechanics, building materials, engineering survey, architectural architecture, reinforced concrete and masonry structure, soil mechanics and foundation, steel structure, construction technology, construction project budget, construction organization and management, multi-storey and high-rise building structure, project bidding and contract management, etc. 9. Road and Bridge Engineering and Technology This major mainly cultivates high-tech applied talents with solid theoretical foundation, strong practical ability, basic theory, professional knowledge and practical skills necessary for road and bridge engineering and technology, and can engage in road and bridge engineering survey, design, construction, supervision and management after graduation. Main courses: engineering survey, engineering drawing, engineering mechanics, hydraulics, reinforced concrete structure, steel structure, engineering hydrology, building materials, road engineering, bridge engineering, tunnel engineering, civil engineering construction technology, civil engineering budget, etc. 10, road and bridge engineering technology (municipal engineering direction) This major mainly trains high-tech applied talents with solid theoretical foundation, strong practical ability, basic theory, professional knowledge and practical skills necessary for road and bridge engineering technology (municipal engineering direction), and can engage in the construction, management, service and design of roads, bridges, pipelines, urban rail transit and other related engineering fields after graduation. Main courses: engineering survey, engineering drawing, subgrade and pavement engineering, road engineering construction organization and management, bridge engineering, urban rail transit, water supply and drainage pipeline engineering, municipal engineering measurement and pricing, engineering project management, engineering construction supervision, etc. 1 1, architectural decoration engineering technology major, this major trains advanced engineering technology application-oriented talents with solid theoretical foundation, strong hands-on ability, theoretical knowledge and practical working ability required by architectural decoration technology major and high comprehensive quality. After graduation, I can engage in the design, construction and management of architectural interior decoration and other kinds of decoration projects. Main courses: architectural preliminary, architectural drawing CAD, sketch, sketch, color, composition, graphic design, interior design and performance, lighting design, decorative materials, architectural decorative structure, decorative construction, decorative engineering budget, construction organization design and other courses. 12, architectural decoration engineering technology (landscape engineering technology direction) This major cultivates advanced technical applied talents who can master the basic wood theory and professional knowledge of landscape engineering, and can engage in landscape engineering design, landscape engineering construction, landscaping maintenance and project management. After graduation, students mainly face the front line of engineering, engaged in landscape engineering design, landscape design, landscape engineering construction and management. Main courses: art foundation, architectural preliminary, architectural drawing CAD, color, composition, exhibition design, building materials, landscape botany, landscape design, landscape construction, landscape measurement, landscape architectural design, landscape engineering budget, landscape construction organization design, architectural structure, architectural structure and other courses. 13, construction equipment engineering and technology, this major trains high-tech applied talents who meet the needs of socialist modernization, develop morally, intellectually and physically, have the basic theoretical knowledge and professional skills necessary for construction equipment engineering, and have good professional ethics and professionalism. After graduation, I can engage in the design, installation, construction and management of building equipment engineering, the operation and management of building equipment, property management, installation project cost and so on. Main courses: engineering drawing and CAD, electrical and electronics, engineering thermodynamics, fluid mechanics, engineering mechanics, fluid machinery, ventilation engineering, heating engineering, air conditioning engineering, introduction to architecture, introduction to gas engineering, building environment, building electrician, engineering economics, indoor water supply and drainage, construction technology and organization, installation project cost, etc. 14. The graduates majoring in automobile technical service and marketing are mainly oriented to automobile technical service and marketing and other related fields and positions, and can engage in automobile inspection, automobile fault diagnosis, automobile maintenance, automobile sales, automobile insurance and claims settlement, automobile evaluation and appraisal, automobile parts management, automobile after-sales service and so on. , can also be engaged in the management of automobile enterprise services, accessories, marketing and other departments. Main courses: mechanical foundation, electrical and electronic technology, automobile engine construction and maintenance, automobile chassis construction and maintenance, automobile electrical appliance principle and maintenance, automobile electronic control technology, automobile diagnosis and detection technology, automobile marketing practice, automobile credit, insurance and claims settlement, automobile evaluation and appraisal, automobile enterprise management, etc. 15, electromechanical integration technology major This major cultivates advanced engineering and technical applied talents with strong technical foundation and electromechanical integration skills. After graduation, students are engaged in the design, manufacture, installation, debugging, use, maintenance, management and marketing of mechanical and electrical equipment and products. Main courses: computer application foundation, mechanical drawing and AutoCAD software application, mechanical engineering materials and mechanics, mechanical manufacturing technology, mechanical design foundation, electrician and motor technology, electronic technology, hydraulic and pneumatic transmission, single chip microcomputer principle and interface technology, electrical control and PLC application, modern electromechanical control technology and application, mechanical innovation design, numerical control technology and CAM application, Pro/E software application and training, typical electromechanical equipment application and maintenance, electromechanical English, enterprise. 16, numerical control technology major This major trains advanced engineering and technical application-oriented and grass-roots management talents who have a strong foundation in electromechanical technology, mechanical manufacturing and design, are oriented to the front line of production, and can engage in mechanical design, machining process formulation, numerical control machining programming, installation and debugging of numerical control machine tools, fault diagnosis and maintenance, and other technical and management work. Main courses: mechanical drawing and technical measurement, electrical and electronic technology foundation, mechanical engineering mechanics, mechanical design foundation, mechanical engineering materials, mechanical manufacturing technology, hydraulic and pneumatic transmission, three-dimensional CAD design foundation, microcomputer principle and interface technology, machine tool electrical control and PLC application technology, CNC machine tool structure and maintenance, CNC machine tool programming and operation, machine tool fixture design, CAM automatic programming technology, CNC machine tool fault diagnosis and maintenance, modern production management, electromechanical equipment management, etc. 17, automotive electronic technology major This major trains advanced applied talents of automotive electronic technology who adapt to the development of modern automotive electronics, informationization and intelligence, have basic theories and professional knowledge of automotive electronic technology, and master the knowledge and ability of production, detection, installation, fault diagnosis and maintenance of automotive electronics and electronic control systems. Graduates are mainly oriented to the production of automotive electronic products and technical service industries, and can be engaged in the installation, debugging, testing, fault diagnosis, automobile maintenance and marketing of automotive electronic equipment, as well as the research and development of automotive electronics and related products. Main courses: automotive machinery foundation, electrical and electronic technology, automotive structure, automotive electrical and electronic equipment, automotive engine electronic control technology, automotive chassis electronic control technology, automotive body electronic control technology, automotive air conditioning, automotive diagnosis and testing technology, automotive professional English, automotive enterprise management, etc. 18, the major of mold design and manufacturing is the key construction major of the school. It mainly cultivates professional knowledge, skills and accomplishments in mold design and manufacturing, and is engaged in the design, manufacture, assembly and debugging of molds (especially precision molds), the adjustment and operation of mold processing equipment, and the organization and management of production and technology. Have strong practical ability, good professional ethics, innovative spirit and innovative spirit. Main courses: die engineering mechanics, die engineering materials and heat treatment, electrical and electronic technology foundation, die drawing and CAD, precision mechanical design foundation, precision stamping die design and manufacture, precision plastic die design and manufacture, precision die numerical control processing technology, die casting technology and die design, rapid prototyping technology, forging technology and die design, die CAE technology, reverse engineering, professional English, introduction to die engineering and management, etc. 19, major in power plant and power system. This major is a pilot major of teaching reform in higher vocational colleges of the Ministry of Education and a national demonstration major of higher vocational education in water conservancy. Mainly cultivate applied professional and technical personnel with strong practical ability in power system and power plant electricity. After graduation, students can engage in technical or management work in electrical installation, operation and maintenance in hydropower plants, thermal power plants, local power grids and other power supply units and the front line of power construction; Can be engaged in the design, production, debugging, sales and maintenance of products of related electrical equipment, automation devices and other production enterprises. Main courses: circuit, electronic technology and training, motor technology, power system analysis, power plant electrical part, power system relay protection, power system automatic device, power plant computer control, power plant operation management, high voltage technology, programmable controller and its application. 20. Power Plant and Power System Specialty (direction of wind power generation) This major is a professional direction set on the basis of power plant and power system specialty according to the national new energy policy. It mainly trains the first-line applied professional and technical personnel in the wind power industry. After graduation, students can engage in electrical design, installation, debugging, operation, maintenance and management of wind power generation; Can also be engaged in hydropower plants, thermal power plants and local power grids and other power supply units and the first line of power construction to engage in electrical installation, operation and maintenance and other aspects of technology or management. Main courses: circuit, electronic technology and training, motor technology, power electronics technology, computer control of power plant, pump and fan, programmable controller and its application, wind energy and wind power generation technology, power system analysis, electrical part of wind farm, wind turbine monitoring, relay protection, etc. 2 1, Power Supply Technology This major trains applied professional and technical personnel with basic knowledge and application ability in power supply management, power supply equipment operation, control, monitoring and maintenance. After graduation, students can engage in the installation, operation, overhaul, debugging, electricity management, measurement and maintenance of electrical equipment in power supply departments at all levels, and can also engage in the operation and management of electrical equipment in various enterprises and institutions, as well as the operation, maintenance and management of power supply and distribution systems in industrial and mining enterprises. Main courses: electrical CAD, circuit analysis, electronic technology, power electronics technology, microcomputer principle and application, electrical control and PLC, factory power supply, power system analysis, application and maintenance of electrical equipment, power supply and distribution technology, substation integrated automation, power grid and power system, secondary circuit, power system relay protection, power metering, power transmission and control, power management and supervision, etc. 22. Electrical Automation Technology Major This major trains applied senior technical talents and management talents with strong practical ability of electrical technology in industry and enterprises. This major has a wide range of applications. After graduation, students are mainly engaged in the application, development, production and technical services of various electrical control and automation production equipment and systems. Installation, commissioning, operation and maintenance of power supply and distribution systems in large buildings, factories, enterprises and institutions; Develop, assemble, maintain and manufacture electrical and electronic products. Main courses: circuit, electronic technology, computer-aided design and analysis, electrical engineering CAD drawing and reading, automatic control principle, microcomputer principle and application, motor and transmission, electrical control and PLC, factory power supply, power electronics technology, inverter technology and application, virtual instrument technology and application, detection and display technology, building automation technology, process control and instrument, etc. 23. Electronic Information Engineering Technology This major trains applied professional and technical personnel who have basic knowledge of electronic technology, computer and communication technology and can use modern electronic information technology and computer technology for various information processing. Students can engage in the production, installation, debugging, maintenance and after-sales technical services of electronic products after graduation; "Intelligent" upgrade of electronic products and equipment; Application, operation, maintenance and development of electronic equipment, numerical control devices, computer networks and communication systems. Main courses: circuit analysis, signal and system, simulation, digital electronic technology, high-frequency electronic circuit, electronic design automation, microcomputer principle, single chip microcomputer principle and application, sensor application technology, computer network, communication principle, program-controlled exchange, SDH technology, data communication technology, mobile communication, etc. 24. Electronic measurement technology and instrument major This major cultivates the basic knowledge and application ability of electrical measurement and control technology; Master the basic skills of drawing, calculation, experiment, test and analysis in electrical engineering, and have strong skills in electrician and electronic process operation; Master the basic methods and skills of electrical and electronic measurement; High-tech applied talents with basic abilities of assembly, debugging, use, maintenance, manufacturing, simple design and management of test instruments and automatic test systems. Main courses: circuit and magnetic circuit, analog electronic technology, digital electronic technology, microcomputer principle and application, automatic control principle, process control and instrument, electronic measurement and instrument, electrical instrument and measurement, non-electric quantity measurement and sensor application, digital signal processing, electronic design automation technology (EDA), intelligent instrument, virtual instrument technology and application, motor and electrical control, factory power supply, building electrical lighting system installation, building intelligent technology, etc. E-commerce major This major trains senior e-commerce talents with technical, management and legal knowledge related to e-commerce and network economy, master the basic knowledge and skills of network information technology and business operation, and obtain basic training for e-commerce teachers. Main courses: introduction to e-commerce, introduction to network economy, e-commerce network technology, network marketing, e-commerce and modern logistics, international trade theory and practice, network management and information security, etc. 26. E-commerce major (business English direction) This major trains high-tech applied talents with good professional ethics, solid English language foundation, necessary basic theories of business English and related disciplines, proficiency in using business English for business operations, advanced international business concepts and strong practical operation ability, and ability to engage in import and export business liaison, international trade negotiation, foreign-related translation, business management and service. After graduation, you can obtain business English training certification examination (level 1) certificate, assistant e-commerce teacher certificate, foreign trade certificate certificate and other related business English professional qualification certificates. After graduation, I can be a translator, witness, salesman and business application specialist in foreign trade and foreign affairs departments, foreign-funded enterprises and export-oriented enterprises. Main courses: comprehensive English, English listening, spoken English, English translation, business English, business correspondence English, e-commerce practice, basic economics, international trade theory and practice, international business operation, business negotiation and communication, business etiquette, online marketing practice, basic Japanese, general situation of Britain and the United States, foreign-related secretaries, job-hunting English, etc. 27. Marketing Major This major trains middle and senior professional marketing talents and marketing managers who have all-round development in morality, intelligence and physique, master professional skills such as market research, commodity promotion, business negotiation, marketing planning and sales management, as well as relevant fiscal and taxation knowledge such as finance, taxation and economic regulations, and can meet the needs of industrial and commercial enterprises. Main courses: marketing, consumer behavior, market research, product promotion, network marketing, marketing planning, advertising principles, service marketing, distribution channel management, etc. 28. Business enterprise management major This major is a characteristic major in Zhejiang Province. Mainly for small and medium-sized industrial and commercial enterprises. To cultivate high-skilled and applied professionals who can meet the first-line needs of production, management and service. Students not only master certain theoretical knowledge of enterprise management, but also pay attention to the basic ability and skills of practical work in professional fields, and have strong social adaptability and innovation ability. Main courses: management, enterprise management, marketing, basic accounting, financial management, human resource management, production and operation management, enterprise quality management, enterprise strategic management, etc. 29. Logistics Management Major This major cultivates compound talents who not only have knowledge of modern logistics management and related disciplines, but also can skillfully use modern information means and have strong practical ability. After graduation, I can engage in logistics planning, logistics management, logistics information processing and other work, and I can undertake the related management work of logistics departments of various logistics enterprises or other enterprises and institutions. Main courses: introduction to logistics management, procurement and warehousing management, transportation and distribution, application of logistics equipment, international logistics, logistics information management, facility planning and logistics, modern logistics and supply chain management. 30. Engineering Cost Major This major trains senior engineering management talents who have mastered engineering technology, economic analysis and management knowledge related to engineering cost management and have certain practical ability and innovation ability. After graduation, students can engage in project cost management and related work in engineering construction, design, construction and supervision units. Main courses: engineering and engineering finance, construction technology and organization, project bidding and project management, construction engineering cost, water conservancy engineering cost, installation engineering technology and measurement, building decoration configuration and maintenance, IT commodity marketing and service, Linux and Ap.