★What majors does Kunming University of Science and Technology offer in 2015?

Exploration Technology and Engineering Major

This major cultivates students with reasonable knowledge structure, solid foundation, strong practical and hands-on ability, wide professional scope, high quality, pioneering and innovative spirit, and the ability to engage in hydrology Comprehensive application-oriented senior engineering technical talents in geology, engineering geology, environmental geology survey, engineering exploration, geological environment assessment and prevention, geological engineering design, geotechnical engineering design, construction and supervision, etc.

Business scope: The main business scope is basic engineering survey, hydrological engineering geological survey, geological environment and natural tourism resource investigation, evaluation and protection. Students can acquire the following knowledge and skills upon graduation: lay the theoretical foundation of earth science, master the basic theories, working methods and skills of hydraulic environmental exploration technology; be proficient in foreign languages ??and computer application skills; master geological exploration technology, modern earth exploration technology and modern Analyze and test technology; have comprehensive capabilities in geological exploration and research, as well as design, construction and management capabilities; be familiar with the relevant norms, regulations and policies of exploration technology and engineering, and have the ability to rationally develop, utilize and protect the natural resources and environment.

Employment fields: related academic fields in various mining enterprises, scientific research and design institutes, universities; transportation, water conservancy, electric power, construction, environmental protection and other industries.

Surveying and Mapping Engineering Major

This major is a pilot major for China-Australia 2 2 two-way training. Students selected for 2 2 two-way training can obtain degrees from both Kunming University of Science and Technology and the University of Newcastle, Australia when they graduate. of bachelor's degree.

This major cultivates comprehensive senior engineering and technical talents with knowledge in ground surveying, spatial surveying, photogrammetry and remote sensing, and map compilation.

Business scope: This major is based on the reasonable collection, scientific processing and representation of earth surface and space information as its main business scope. Upon graduation, students will acquire the following knowledge and skills: 1) Basic mathematical theory and application; 2) Theories and methods of optimal design, measurement and data processing of various engineering control networks; 3) Digitization of large-scale topographic maps Surveying and mapping; 4) Construction setting out, deformation observation and data processing of engineering buildings; 5) Basic principles and applications of GPS (Global Positioning System), GIS (Geographic Information System) and RS (Remote Sensing); 6) Cadastral surveying and Management and other land information knowledge; 7) Basic knowledge of engineering surveying, production management and engineering construction; 8) Initial ability of scientific research.

Employment fields: Urban construction planning and management, industrial enterprises, information management and other departments are engaged in the planning, design, implementation and management of surveying and mapping and related information projects. They can also engage in related work in government departments and teaching units. .

Land Resources Management Major

This major cultivates students with the basic theories of modern management, economics and resource science, masters basic knowledge of land management, and is able to apply the knowledge they have learned and measure Senior professionals with innovative application skills who can solve practical problems with basic skills such as graphics, drawing, and computers.

Business Scope: Students will acquire the following knowledge and skills upon graduation: 1) Master the basic theories of modern resource science, economics, management and basic knowledge of land management and land regulations; 2) Receive basic skills training such as land survey, land surveying and mapping, land evaluation, land planning and design, land information technology; 3) Familiar with national laws, regulations and policies related to land management; 4) Have basic abilities in comprehensive land management; 5) During school Complete the basic training of a registered land appraiser; 6) Understand the development trends of land use and management, and have preliminary scientific research capabilities.

Employment fields: Land and resources management departments are engaged in land development, planning, remediation, surveying, cadastral management, valuation, management, etc.; construction, metallurgy, national defense, chemical industry, energy and other industrial and mining departments are engaged in land surveying and planning , development and reclamation, relocation budget and other work. Government departments, teaching, scientific research and design departments are engaged in teaching, scientific research and design work related to this major.

Geographical Information Science Major

This major cultivates students with good scientific quality, basic skills in geographic information scientific research, design and development, and preliminary teaching, research, development and management capabilities. of senior professionals.

Business Scope: Students will acquire the following knowledge and skills upon graduation: 1) Master basic theories and basic knowledge in mathematics, physics, computer science, etc.; 2) Master geographic information systems and cartography Basic theories, basic knowledge and basic experimental skills as well as the basic principles and basic methods of geographic information system technology development; 3) Understand the general principles and methods of adjacent majors such as surveying and mapping engineering, geography, resources and environment, and urban and rural planning and management; 4) ) Understand relevant policies and regulations such as national science and technology policies, intellectual property rights, and sustainable development strategies; 5) Understand the theoretical frontiers, application prospects and latest development trends of geographic information science, as well as the development status of the geographic information industry; 6) Master data inquiries and literature Basic methods of retrieving and using modern information technology to obtain relevant information; having certain experimental design, ability to summarize, organize and analyze experimental results, write papers, and participate in academic exchanges.

Employment fields: Government departments, colleges and universities, scientific research institutions, information centers and other units are engaged in management, teaching, scientific research and development work. They can work in cities, electric power, construction, resources, environment, transportation, land, Work in areas such as infrastructure and planning management.

Safety Engineering Major

Cultivation goals: To cultivate basic knowledge of safety science, basic skills to solve safety problems, and possess safety engineering technical foundation and safety management in mining, metallurgy, chemical industry and other industries Comprehensive senior professionals who possess knowledge, master a variety of accident prevention methods, and can effectively prevent accidents and control losses after accidents.

Business scope: The professional skills obtained upon graduation mainly include: detection, design, evaluation, research, and management of safety aspects such as metallurgy, mining, electromechanical, and construction engineering. Be able to apply relevant basic safety theories, applied technologies and management methods to solve safety engineering technology and management problems.

Employment fields: Can be engaged in occupational safety and health management of enterprises, institutions and administrative departments; occupational health and safety evaluation; safety management system planning and design; research on safety science theory and application technology; safety education and training and consulting work.

Mining Engineering Major

(provincial key construction major, passed national engineering education professional certification)

Training objectives: To cultivate and master the basics of metal and non-metallic mineral deposit mining Senior engineering and technical talents with theoretical and modern scientific and technological knowledge, who can engage in mineral deposit mining design, construction, production management and scientific research, and who can engage in technical and management work in the field of geotechnical engineering.

Business scope: Design and plan mining mining according to the geological conditions of the deposit, and rationally select mining system parameters, processes and equipment. Effectively organize and manage production in the fields of mining and geotechnical engineering, and mine useful minerals safely, economically and efficiently.

Employment fields: When students graduate, they can acquire the following knowledge and skills: metal and non-metallic mineral deposit mining theories and methods, and engage in mining area development planning, mine design, scientific research, and production technology management. Employment fields: Design institutes, research institutes, mining companies.

Mineral Processing Engineering Major

(National first-class characteristic major construction site, pilot major of the Ministry of Education’s Outstanding Engineer Education and Training Program, passed the national engineering education professional certification, provincial key construction Major)

This major is a national specialty and a key discipline in Yunnan Province. There are currently 37 faculty members, including 8 professors, 19 associate professors, and 7 doctoral supervisors. It has a national key laboratory (cultivation) for clean and efficient utilization of complex nonferrous metal resources. It has passed the national engineering education professional certification and actively promotes outstanding engineers. The training program is one of the professional teaching and research teams with the strongest faculty in China. In addition to undergraduate training, it also has a master's degree program, a doctoral program and a postdoctoral research station, and implements a bachelor's, master's and doctoral program for outstanding students.

This major cultivates students with a solid foundation in physical chemistry and chemical engineering, masters the basic principles and methods of mineral processing and comprehensive utilization of mineral resources, and can engage in mineral processing, chemical engineering, chemical and biological mineral processing, hydrometallurgy, Senior engineering and technical talents and management talents in scientific research, teaching, design, production and development in the fields of environmental protection and computer applications.

Graduates can work in relevant research institutes, design institutes, colleges and universities, large-scale factories and mining complexes and other units. In 2015, all outstanding engineer training programs were implemented and enjoyed the school’s special reward policy.

School of Metallurgical and Energy Engineering

Metallurgical Engineering Major

(National first-class characteristic major construction site, pilot major of the Ministry of Education’s Outstanding Engineer Education and Training Program, Passed the national engineering education professional certification and is a provincial key construction major)

The metallurgical engineering major is one of the majors with the strongest educational strength, the highest educational level and the most outstanding educational characteristics in the school. It has 1 innovation team from the Ministry of Education, 3 provincial academic innovation teams, 10 school-level innovation teams, 3 national-level experimental research platforms, 10 provincial-level experimental research platforms, and 3 international cooperative research laboratories. It has 1 national key discipline of non-ferrous metal metallurgy, 1 provincial key first-level discipline of metallurgical engineering, 1 provincial key discipline of provincial colleges and universities, 1 postdoctoral mobile station, and doctoral students in the first-level discipline of metallurgical engineering. There is one master's degree authorization point each, and there are 6 second-level discipline doctoral degree authorization points such as ferrous metal metallurgy, metallurgical physics and chemistry, iron and steel metallurgy, etc., as well as 6 second-level discipline master's degree authorization points and 1 engineering master's degree authorization field; A complete talent training system has been formed from bachelor's degree to master's degree, doctorate and postdoctoral degree.

Cultivation objectives: In accordance with the talent training model of "focusing on foundation, wide caliber, compound, and high quality", cultivate students with comprehensive development of morality, intelligence, and physical fitness, sound personality, outstanding personality, broad foundation, broad vision, and development potential. Big, innovative and excellent in overall quality, understand the development of modern metallurgy and materials disciplines, adapt to the requirements of my country's socio-economic and scientific and technological development, master the basic theories, professional knowledge and basic skills related to modern metallurgical engineering, and be good at applying modern information technology and management technology , engineering technology or science and technology senior professionals engaged in production, management and operation, engineering design and scientific research in metallurgy and related fields.

Business scope: The knowledge and abilities that graduates of this major can obtain include: mastering basic knowledge of natural sciences such as mathematics, physics and chemistry, having a foundation in humanities and social sciences and economic management science, and comprehensive application capabilities in foreign languages; mastering The basic knowledge and skills of drawing, machinery, electrical and electronic technology and computer application necessary for this major; master the basic theory and production process knowledge of ferrous and non-ferrous metal metallurgical processes; have ferrous and non-ferrous metal metallurgical production organization, technical economy, enterprise Basic knowledge of management and environmental protection and preliminary ability in industrial design; have the preliminary ability to analyze and solve practical problems in the production of this major, conduct scientific research, and develop new technologies, new processes, and new materials; understand the science and technology of this major and related disciplines Development trends.

Employment fields: engineering technology, scientific research, design, production management, technical and economic management positions in various metallurgical enterprises, related professional fields in scientific research and design institutes, colleges and universities, as well as materials, chemical industry, environmental protection, machinery Similar professional positions in , military industry and other industries.

Energy and Power Engineering Major

(Provincial key construction major, Yunnan Province specialty major)

This major has two main majors: thermal power and hydropower station power. Direction; has 1 independently established second-level doctoral degree program in engineering, 1 master's degree program in first-level engineering disciplines, 4 master's degree programs in second-level engineering disciplines, and 1 engineering master's degree authorized field; a school-level undergraduate teaching team; has The province and the ministry have established the National Key Laboratory for Clean Utilization of Complex Nonferrous Metal Resources, the Engineering Research Center of the Ministry of Education for Metallurgical Energy Saving and Emission Reduction Technology, the Yunnan Provincial Industrial Energy Saving and Energy New Technology Engineering Research Center, and the Yunnan Provincial Energy Efficiency Center and other scientific research institutions as professional disciplinary support for development.

Cultivation objectives: This major mainly cultivates senior talents with a solid theoretical foundation, strong practical, adaptable and innovative abilities, and high moral and cultural qualities in the fields of energy conversion and utilization and thermal environmental protection. To meet the society's demand for talents in scientific research, design, teaching, engineering technology, operation and management, etc. in this field of energy dynamics.

Graduates have broad knowledge of natural sciences, humanities and social sciences, broad theoretical foundations in thermal science, mechanics, electricity, machinery, automatic control, systems engineering, etc., professional knowledge and practical abilities in thermal power engineering, and master computer applications and automatic control technology. Knowledge.

Business scope: According to the professional training plan, training will be carried out in two professional directions starting from the first semester of the second grade. The thermal energy and power direction mainly masters knowledge of thermal energy and power testing technology, boiler principles, steam turbine principles, combustion pollution and environment, power machinery design, thermal power plants, thermal automatic control, heat and mass transfer numerical calculations, fluid machinery, etc., and uses engineering thermal Physical theory to solve heat-related problems in various industrial processes and natural processes is an important topic in this professional direction. In the direction of hydropower, master the knowledge of hydraulic turbines, turbine installation, maintenance and operation, auxiliary equipment of hydraulic units, turbine regulation, modern control theory, power plant automation, electrical machinery, power plant electrical equipment, relay protection principles, etc., as well as computer monitoring of hydropower plants. and knowledge of modern testing techniques for hydropower plants.

The talents trained in this major have a broad theoretical foundation and innovative capabilities in energy conversion and utilization, energy conservation and emission reduction, and can meet the needs of society in energy conversion, thermal power, hydropower and thermal process automation and other projects. There is a need for talents in engineering technology, scientific research, production operations and energy management in the field.

Employment fields: The energy and power engineering major covers a wide range of industries. The employment situation of graduates is good and the social demand is large. Graduates can engage in research, teaching, development and planning of energy and power engineering and automation and related aspects in electric power, metallurgy, chemical industry, water conservancy and hydropower, building materials and equipment, refrigeration and air conditioning, environmental protection, automobile, medicine, information technology and other departments. Management and marketing jobs.

New Energy Science and Engineering Major

The New Energy Science and Engineering major is an undergraduate major in strategic emerging industries, aiming to cultivate high-quality professionals for the new energy industry. The school's new energy science and engineering major relies on the Engineering Research Center of the Ministry of Education for Metallurgical Energy Conservation and Emission Reduction, the Yunnan Higher Education Institutions Industrial Energy Saving and Energy New Technology Engineering Research Center, the Yunnan Energy Efficiency Center, the Yunnan Biodiesel Preparation and Testing Technology R&D Center, and Yunnan Province. The Provincial Silicon Materials Engineering Technology Research Center and the Silicon Materials International Cooperation Research Laboratory were established. It has 1 independently established second-level doctoral degree program in engineering, 1 master's degree program in first-level engineering disciplines, 4 master's degree programs in second-level engineering disciplines, 1 engineering master's degree authorized field, and a school-level undergraduate teaching team.

Cultivation objectives: This major aims to cultivate students with broad theoretical foundations in thermal science, mechanics, machinery, energy science, systems engineering, etc., mastering professional knowledge of new energy sources such as solar energy, wind energy, biomass energy and geothermal energy, and engaging in Interdisciplinary senior talents with strong comprehensive ability, innovative spirit and practical ability in clean energy production, renewable energy development and utilization, energy and environmental protection, new energy development, engineering design, optimized operation and production management.

Business scope: Systematically master the basic technical theories, professional knowledge and practical abilities necessary for this major; master the basic principles of new energy equipment, energy conversion and utilization processes, and their research and development, design, manufacturing and experimental research Basic methods and skills; master the principles and methods of detecting and controlling new energy development, conversion and utilization processes and equipment; have the basic ability to conduct theoretical analysis, experimental research and economic evaluation of new energy issues.

Employment fields: Graduates can engage in the research and development and production of new energy and renewable energy products such as solar energy, wind energy, biomass energy, geothermal energy, etc. in the energy, construction, transportation, materials, electronics, environmental protection and other industries. Engineering design and construction, as well as teaching, scientific research and management.

School of Materials Science and Engineering

Material Forming and Control Engineering Major

(Pilot major of the Ministry of Education’s Outstanding Engineer Education and Training Program, passed the National Engineering Education Professional Certification, Provincial key construction major, Yunnan Province specialty major)

Material molding and control engineering is one of the school's traditional advantageous majors. It originated from the casting technology and equipment major of the Mechanical Department of Kunming Institute of Technology in 1958. Majors in mechanical engineering and automation in the large machinery category are recruiting students. In 2010, students majoring in material molding and control engineering will be enrolled. It has four directions: casting, welding, mold design and manufacturing, and surface engineering. It has distinctive features in wear-resistant materials, deep processing of non-ferrous metals, and equipment manufacturing. The major is based on five provincial and ministerial level scientific research platforms, including the Ministry of Education’s Key Laboratory of Rare, Precious and Non-ferrous Metal Advanced Materials and the Yunnan Advanced Forming and Manufacturing Engineering Research Center. It currently has 25 full-time teachers and 13 professors (8 doctoral supervisors). There are 10 associate professors, including 1 member of the national “Hundred Thousand Talents Project” and 6 provincial academic and technical leaders. A complete talent training system has been formed from undergraduate to master's, doctorate, and postdoctoral. It has established long-term and stable cooperation and exchanges with more than ten countries including the United Kingdom, the United States, Germany, Japan, and South Korea, and more than 20 domestic units such as Tsinghua University, Central South University, Beijing Iron and Steel Research Institute, Ningbo Materials Institute, and Guangzhou Nonferrous Metal Research Institute. This major is funded by the China Scholarship Council and annually selects undergraduate exchange students from relevant universities in the United States, Germany and China. In the past five years, the undergraduate employment rate has exceeded 95%, and more than 50% of graduates are employed in large and medium-sized state-owned enterprises.

Cultivation objectives: Cultivate students who adapt to the needs of key pillar industries such as non-ferrous metal materials, equipment manufacturing, metallurgy, automobiles, and chemicals, have basic knowledge and application capabilities in mechanical engineering, materials science, automatic control, and computers, and master solid Basic theories, knowledge and basic skills of material forming technology principles, forming process and equipment design, automatic control of the forming process, understand the development trends of advanced material forming processing technology and equipment, and be able to engage in professional-related engineering design, technology and product development, production and Comprehensive engineering and technical talents engaged in front-line work such as operation and management.

Employment fields: Graduates of this major can engage in production technology development, engineering design, production management, scientific research, new product and new process development, product marketing, etc. in fields related to material molding and control engineering. . It mainly involves equipment manufacturing, metallurgy, machinery, automobiles, mining, non-ferrous metals, new materials, aerospace and other industries.

Materials Science and Engineering Major

(Pilot major of the Ministry of Education’s Outstanding Engineer Education and Training Program, national engineering education professional certification, provincial key construction major, Yunnan Province specialty major)

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The major of materials science and engineering started from the metal materials heat treatment and steel rolling major established by Kunming Institute of Technology in 1962. It now has four majors: metal materials, metal pressure processing, powder and powder metallurgy, and inorganic non-metallic materials. direction. This major has a complete talent training system for undergraduates, masters, doctoral and postdoctoral students, with 21 professors and 1 teaching team from higher education institutions in Yunnan Province. In 2012, it won the Yunnan Provincial Teaching Achievement Special Award, and in 2014, it won the second prize of the National Teaching Achievement Award; It has carried out undergraduate exchange training with Central South University and other well-known domestic universities for three consecutive years. Outstanding students can be sent by the National Scholarship Council to the University of Utah in the United States for exchange and study; it has the National Engineering Research Center for Solid Waste Resource Recycling and the Yunnan Provincial New Materials Preparation Center. Together with the Key Laboratory of Processing and the Yunnan Provincial Collaborative Innovation Center for Rare and Precious Metals Advanced Materials and other large-scale scientific research and teaching support platforms at the national, provincial and ministerial levels, it undertakes a number of national-level scientific research projects. Undergraduate students can participate in project research, improve their hands-on ability, and publish high-level publications. Academic papers, and get the qualification to recommend graduate students without taking the exam. After years of development and accumulation, this major has become the cradle of high-level scholars, outstanding engineers and entrepreneurs.

Cultivation objectives: This major cultivates students with all-round development morally, intellectually, physically and aesthetically, solid basic knowledge, systematic professional knowledge, strong sense of innovation and engineering practice ability, and engineering technology that adapts to the development of modern economy and industry. , research and management talents who can engage in scientific research, process and equipment design, technology development and transformation, and education in the fields of new material development, material preparation, processing and molding, structure and performance analysis and testing of metal and inorganic non-metal materials and related industries. Teaching, production management, product marketing and trade, etc.

Employment fields: Graduates of this major can find employment in industries and enterprises such as non-ferrous metals, steel, cement, glass, ceramics, new energy materials, optoelectronic materials, carbon materials, powder materials, etc., or they can Employment in aerospace, automotive industry, machinery manufacturing, construction engineering, electronic information and other related industries and enterprises related to the above materials.

Functional Materials Major

(National Strategic Emerging Industries Major)

Functional Materials Major was one of the first batch of strategic emerging industries approved by the Ministry of Education in 2010 Related undergraduate majors, it is also the first national strategic emerging industry-related undergraduate major in Yunnan Province; this major has a postdoctoral mobile station and a first-level doctoral program; it has strong professional faculty, and full-time teachers undertake scientific research projects at all levels, involving optoelectronic functional materials , solar photovoltaic materials, functional ceramic materials, oxide thin film materials, metal functional materials, energy battery materials, biological materials and many other emerging fields of materials. Undergraduate students can learn about the cutting-edge research fields of materials and cultivate materials by participating in advanced functional materials project research. Research and develop practical abilities, and strive to be eligible to recommend postgraduate students without examination.

Cultivation objectives: Cultivate students with good political quality, cultural quality and physical and psychological quality, with solid basic theory, basic knowledge and basic skills of functional materials physics, and comprehensive mastery of the composition, structure, performance, and performance of functional materials. Comprehensive knowledge and interrelationships in processing and related device preparation, application, development, etc., and composite senior engineering technology and research talents with innovative capabilities and engineering awareness.

Employment fields: Graduates of this major can work in strategic emerging industry enterprises and related scientific research such as electronic information, new energy materials, solar photovoltaic materials, functional ceramics, semiconductor lighting materials, metal functional materials, optoelectronic functional materials, etc. The advanced materials R&D departments of institutes and traditional materials science and engineering enterprises are engaged in the composition, synthesis, processing, scientific research of the laws between organizational structure and performance of new functional materials, the preparation/modification/processing and molding/device design and manufacturing of functional materials, and materials Quality control, engineering technology and scientific research in the research and development of new materials/new processes/new technologies, as well as related professional teachers and graduate students.

Gemstone and Material Technology Major

Gemstone and Material Technology is a comprehensive discipline involving materials science, mineralogy, physical optics, arts and crafts, etc. This major It is the only undergraduate major in the country that relies on the discipline of materials. It enrolled undergraduate students in 2002 and master's degree students in the direction of "Jewelry Materials and Processing" in 2013.

Among the professional teachers, 2 have National Registered Jewelry Examiner Qualification Certificate (CGC), 1 is a British Jewelry Association Appraiser (FGA), and 1 is a Yunnan Province Jade Carving Master.

Cultivation objectives: To cultivate students with solid basic theory and basic knowledge of jewelry, jade, precious metals and jewelry materials; to understand the international jewelry development trends; to accept the research on jewelry appraisal, jade plastic art design, market operation and management, etc. Comprehensive training; Comprehensive mastery of gem geological and mineral resources, gem identification, jewelry evaluation, jewelry style design and processing technology, jewelry and jade cultural appreciation and other skills and knowledge; have the ability to engage in jewelry and jade identification, jewelry design and processing, jade modeling technology, and business marketing Application-oriented talents with management and other abilities.

Employment fields: Can be engaged in the identification, design, processing, Trade marketing, market assessment and management and related teaching and scientific research work.

School of Mechanical and Electrical Engineering

Mechanical Engineering Major

(National Characteristic Major Construction Site, Pilot Major of the Ministry of Education’s Outstanding Engineer Education and Training Program, National Engineering Education Major Certification)

Automation Major

Measurement and Control Technology and Instrument Major

Rail Transit Signaling and Control Major

Computer Science and Technology Major

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(Yunnan Province Specialty Major)

Internet of Things Engineering Major

Software Engineering Major

Communication Engineering Major

Information Engineering Major

Biomedical Engineering Major

Electronic Information Engineering Major

Architecture

(including architecture, urban and rural planning, landscape architecture Three majors)

Architecture major

Urban and rural planning major

(Yunnan Province specialty)

Landscape architecture major

College of Architectural Engineering

Civil Engineering Major

Building Environment and Energy Application Engineering Major

Water Supply and Drainage Science and Engineering Major

(Passed the national professional education evaluation of colleges and universities)

Engineering Mechanics Major

(Provincial Key Construction Major, Yunnan Province Specialty Major)

Engineering Management Major

Engineering Cost Major

Urban Underground Space Engineering Major

Electrical Engineering and Automation Major

Water Conservancy

(Contains two majors: Water Conservancy and Hydropower Engineering, Hydrology and Water Resources Engineering)

Water Conservancy and Hydropower Engineering Major

Hydrology and Water Resources Engineering Major

Environmental Science and Engineering College

Environmental Engineering Major

Environmental Science Major

Resource Cycle Science and Engineering Major

Transportation Engineering College

Traffic Engineering Major

The Traffic Engineering major is divided into two training directions: road transportation and urban rail transit.

1. Road Traffic Direction

Vehicle Engineering Major

Transportation Major

Logistics Engineering Major

Transportation Transportation (International Class)

Light and Chemical Engineering Major

Chemical Engineering and Technology Major

Energy Chemical Engineering Major

Yunnan Province Food Institute of Safety

Food Science and Engineering Major

Food Quality and Safety Major

College of Life Science and Technology

Bioengineering

(Specialty of Yunnan Province)

Pharmaceutical Engineering Major

(Passed National Engineering Education Professional Certification)

Modern Agricultural Engineering College

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Agricultural Mechanization and Automation Major

Agricultural Electrification Major

Agricultural Water Conservancy Engineering Major

Garden Major

School of Science

Information and Computing Science Major

Applied Chemistry Major

Electronic Information

(including Electronic Information Science and Technology, Electronic Science and Technology (two majors)

Electronic Information Science and Technology Major

Electronic Science and Technology Major

College of Foreign Languages ??and Culture

English Major

Translation Major

College of Arts and Media

Art

Visual Communication Design Major

Digital Media Art Major

Environmental design major

● Interior art design direction

● Landscape art design direction

Product design major

Painting major

Broadcasting and hosting art major

Non-art major

Industrial design major

Journalism and communication major

(Including three majors: Communication, Editing and Publishing, and Advertising)

Communication major

Editing and Publishing major

Advertising major

Law of Law

Law Major

School of Management and Economics

Accounting Major

Information Management and Information System Major

(National-level specialty major, the first batch of "talent training model reform" pilot majors in Yunnan Province)

Marketing Major

Business Management Major

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Finance Major

International Economics and Trade Major

International College

Chinese International Education Major

(including Economics and Trade direction and education direction)

Transportation (International Class)

Clinical Medicine Major

Quality Management Engineering Major

National Defense Student