This major trains senior engineering and technical personnel with reasonable knowledge structure, solid foundation, strong practical ability, wide professional scope, high quality and pioneering spirit, who can engage in hydrogeology, engineering geology, environmental geological investigation, engineering exploration, geological environment evaluation and prevention, geological engineering design, geotechnical engineering design, construction and supervision.
Business scope: Basic engineering exploration, hydrological engineering geological exploration, investigation, evaluation and protection of geological environment and natural tourism resources are the main business scope. After graduation, students can acquire the following knowledge and skills: to lay the theoretical foundation of earth science and master the basic theory, working methods and skills of hydraulic environment exploration technology; Proficient in foreign languages and computer application skills; Master geological exploration technology, modern earth exploration technology and modern analysis and testing technology; With the comprehensive ability of geological exploration and research and the ability of design, construction and management; Familiar with the relevant norms, regulations and policies of exploration technology and engineering, and have the ability to rationally develop, utilize and protect natural resources and environment.
Employment field: related academic fields of mining enterprises, research and design institutes and universities; Transportation, water conservancy, electricity, construction, environmental protection and other industries.
surveying and mapping engineering major
This major is a pilot program of 2+2 two-way training in China and Australia. Students selected for 2+2 two-way training can get bachelor's degrees from Kunming University of Science and Technology and Newcastle University in Australia.
This major trains compound senior engineering and technical personnel with knowledge of ground survey, spatial survey, photogrammetry and remote sensing, and map compilation.
Business scope: This major mainly studies the reasonable collection, scientific processing and expression of the earth's surface and spatial information. Upon graduation, students will acquire the following knowledge and skills: 1) Basic theory and application of mathematics; 2) Theories and methods of optimal design, measurement and data processing of various engineering control networks; 3) Digital mapping of large-scale topographic map; 4) Construction lofting, deformation observation and data processing of engineering buildings; 5) 5) Basic principles and applications of GPS (Global Positioning System), GIS (Geographic Information System) and RS (Remote Sensing); 6) Land informatics knowledge such as cadastral survey and management; 7) Basic knowledge of engineering survey, production management and engineering construction; 8) the preliminary ability of scientific research.
Employment: 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, and can also engage in related work in government departments and teaching units.
Land resource management major
This major cultivates innovative and applied compound senior professionals who have the basic theories of modern management, economics and resource science, master the basic knowledge of land management and can solve practical problems with basic skills such as surveying and mapping and computer.
Business scope: Students will acquire the following knowledge and skills upon graduation: 1) Master the basic theories of modern resource science, economics and management, and the basic knowledge of land management and land laws and regulations; 2) Accept basic skills training in land survey, land mapping, land evaluation, land planning and design, land information technology, etc. 3) Familiar with national land management related laws, regulations, guidelines and policies; 4) Have the basic ability of comprehensive land management; 5) Complete the basic training of registered land valuers during school; 6) Understand the development trends of land use and management, and have preliminary scientific research ability.
Employment field: the land and resources management department is engaged in land development, planning, renovation, survey, cadastral management, valuation and management; Construction, metallurgy, national defense, chemical industry, energy and other industrial and mining departments are engaged in land survey, planning, development and reclamation, land acquisition and demolition budget, etc. Government departments, teaching, scientific research and design departments are engaged in teaching, scientific research and design related to this major.
geographical information science
This major trains senior professionals with good scientific quality, basic skills of geographic information science research, design and development, and preliminary teaching, research, development and management capabilities.
Business scope: Students will acquire the following knowledge and skills upon graduation: 1) Master the basic theories and knowledge of mathematics, physics and computer science; 2) Master the basic theories, knowledge and experimental skills of GIS and cartography, as well as the basic principles and methods of GIS technology development; 3) Understand the general principles and methods of neighboring majors such as surveying and mapping engineering, geography, resources and environment, urban and rural planning and management; 4) Understand the national policies and regulations on science and technology, intellectual property rights and sustainable development strategy; 5) Understand the theoretical frontier, application prospect and latest development trends of geographic information science and geographic information industry development; 6) Master the basic methods of information inquiry, document retrieval and obtaining relevant information by using modern information technology; Have the ability to design experiments, summarize, sort out and analyze experimental results, write papers and participate in academic exchanges.
Employment field: government departments, universities, scientific research institutions, information centers and other units are engaged in management, teaching, scientific research and development, and can be engaged in urban, electric power, construction, resources, environment, transportation, land, infrastructure, planning and management.
safety engineering major
Training objective: to train comprehensive senior professionals with basic knowledge of safety science and basic skills of solving safety problems, with technical foundation of safety engineering and knowledge of safety management in mining, metallurgy, chemical industry, etc., and master various accident prevention methods, which can effectively prevent accidents and control losses after accidents.
Business scope: The professional skills obtained after graduation mainly include: detection, design, evaluation, research and management of safety in metallurgy, mining, electromechanical and construction engineering. Able to apply relevant safety basic theory, application technology and management means to solve safety engineering technology and management problems.
Employment field: you can engage in occupational safety and health management in enterprises, institutions and administrative departments; Occupational health and safety assessment; Planning and design of safety management system; Research on safety science theory and application technology; Safety education, training and consultation.
mineral engineering
(provincial key construction specialty, passed the national engineering education professional certification)
Training objective: to train senior engineering and technical personnel who can master the basic theory and modern scientific and technological knowledge of mining metal and nonmetal deposits, engage in mining design, construction, production management and scientific research, and engage in technology and management in geotechnical engineering.
Business scope: design and plan mining according to the geological conditions of the deposit, and reasonably select the parameters, technology and equipment of the mining system. Effectively organize and manage the production in the fields of mines and geotechnical engineering, and mine useful minerals safely, economically and efficiently.
Employment field: after graduation, students can acquire the following knowledge and skills: mining theory and methods of metal and nonmetal deposits, and engage in mining area development planning, mine design, scientific research and production technology management. Employment fields: design institutes, research institutes and mining companies.
Mineral processing engineering specialty
(National first-class professional construction site, pilot specialty of excellent engineer education and training program of Ministry of Education, national engineering education professional certification, provincial key construction specialty)
This major is a national major and a key discipline in Yunnan Province. There are 37 faculty members, including 8 professors, 9 associate professors/kloc-0 and 7 doctoral supervisors. It has the State Key Laboratory of Clean and Efficient Utilization (Cultivation) of Complex Nonferrous Metal Resources, passed the professional certification of national engineering education, and actively promoted the training plan of outstanding engineers. Is one of the most powerful professional teaching and research teams in China. In addition to undergraduate training, there are also master's programs, doctoral programs and Post-Doctoral Research Center, and the system of continuous reading of bachelor's, master's and doctor's degrees for outstanding students is implemented.
This major trains senior engineering and technical personnel and management personnel who have a solid foundation in physical chemistry and chemical engineering, master the basic principles and methods of mineral processing and comprehensive utilization of mineral resources, and can engage in scientific research, teaching, design, production and development in the fields of mineral processing, chemical engineering, chemical biological beneficiation, hydrometallurgy, environmental protection and computer application. Graduates can work in relevant scientific research institutes, design institutes, universities and large factories and mines. In 20 15, we all implemented the training plan for outstanding engineers and enjoyed the special incentive policy of the school.
School of Metallurgy and Energy Engineering
metallurgical engineering
(National first-class professional construction site, pilot specialty of excellent engineer education and training program of Ministry of Education, national engineering education professional certification, provincial key construction specialty)
Metallurgical engineering major is one of the majors with the strongest strength, the highest level and the most prominent characteristics in running a school in China. Innovation Team of Ministry of Education 1, 3 provincial academic innovation teams, 3 school-level innovation teams 10, 3 national experimental research platforms, 3 provincial experimental research platforms 10 and 3 international cooperative research laboratories. National key disciplines of nonferrous metallurgy 1 each, provincial key first-class disciplines of metallurgical engineering 1 each, and key disciplines jointly established by provincial universities 1 each. There are 1 postdoctoral mobile station, 1 doctoral and master's degree authorization points in metallurgical engineering, 6 doctoral degree authorization points in nonferrous metallurgy, metallurgical physical chemistry and steel metallurgy, 6 master's degree authorization points in two disciplines and 1 engineering master's degree authorization field. It has formed a complete talent training system from undergraduate to master, doctor and postdoctoral.
Training objectives: According to the talent training mode of "emphasizing foundation, broad caliber, compound and high quality", cultivate all-round development of morality, intelligence and physique, sound personality, outstanding personality, broad foundation, broad vision, great development potential, strong sense of innovation and excellent comprehensive quality, understand the development of modern metallurgy and materials, adapt to the requirements of China's social, economic and technological development, and master the basic theories, professional knowledge and basic skills related to modern metallurgical engineering. Senior professionals in engineering or science and technology who are good at applying modern information technology and management technology and engaged in production, management and operation, engineering design and scientific research in metallurgy and related fields.
Business scope: The knowledge and ability that graduates of this major can acquire include: mastering the basic knowledge of natural sciences such as mathematics, physical chemistry, having the basic knowledge of humanities and social sciences, economic management science and the comprehensive application ability of foreign languages; Master 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 technology knowledge of ferrous metal and nonferrous metal metallurgical process; Basic knowledge of ferrous and nonferrous metal metallurgical production organization, technical economy, enterprise management, environmental protection and preliminary ability of 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 development of science and technology in this major and related disciplines.
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 and universities, and similar professional positions in materials, chemical industry, environmental protection, machinery, military industry and other industries.
Energy and power engineering
(provincial key construction specialty, Yunnan specialty)
This major has two main directions: thermal power and hydropower station power; There are two independent doctoral programs in engineering 1 program, one first-class master program in engineering 1 program, four master programs in engineering in two disciplines, and one authorized field of master program in engineering 1 program. University-level undergraduate teaching team; It has scientific research institutions such as State Key Laboratory for Clean Utilization of Complex Nonferrous Metal Resources, Metallurgical Energy Saving and Emission Reduction Technology Engineering Research Center of Ministry of Education, Yunnan Industrial Energy Saving and Energy New Technology Engineering Research Center, and Yunnan Energy Efficiency Center as the discipline support for professional development.
Training objectives: This major mainly trains senior talents with solid theoretical foundation, strong practical ability, adaptability and innovation ability, high moral quality and cultural quality in the fields of energy conversion and utilization and thermal environment protection, so as to meet the social demand for talents in scientific research, design, teaching, engineering technology and management of this energy and power discipline. Graduates have extensive knowledge of natural science, humanities and social sciences, extensive theoretical foundations of heat, mechanics, electricity, machinery, automatic control and system engineering, professional knowledge and practical ability of thermal engineering, and master knowledge of computer application and automatic control technology.
Business scope: According to the professional training plan, the training will be carried out in two professional directions from the last semester of Senior Two. The direction of thermal energy and power mainly includes thermal energy and power testing technology, boiler principle, steam turbine principle, combustion pollution and environment, power machinery design, thermal power plant, thermal automatic control, numerical calculation of heat and mass transfer, fluid machinery and so on. Using the theory of engineering thermophysics to solve heat-related problems in various industrial processes and natural processes is an important subject in this major. Hydroelectric power generation direction, master the knowledge of turbine, turbine installation, maintenance and operation, turbine auxiliary equipment, turbine regulation, modern control theory, power plant automation, motor, power plant electrical equipment, relay protection principle and so on. And the knowledge of computer monitoring and modern testing technology of hydropower plants.
The talents trained in this major have broad theoretical basis and innovative ability in energy conversion and utilization, energy conservation and emission reduction, and can meet the needs of society in engineering technology, scientific research, production operation and energy management in energy conversion, thermal power, hydropower, thermal automation and other engineering fields.
Employment field: energy and power engineering majors cover a wide range of industries. Graduates have a good employment situation and great social demand. Graduates can engage in research, teaching, development, planning, management and marketing of energy and power engineering and its automation and related aspects in industries such as electric power, metallurgy, chemical industry, water conservancy and hydropower, building materials and equipment, refrigeration and air conditioning, environmental protection, automobile, medicine and information technology.
New energy science and engineering
The new energy science and engineering major is an undergraduate major in strategic emerging industries, aiming at cultivating high-quality professionals for the new energy industry. The school's new energy science and engineering specialty is established by relying on the metallurgical energy saving and emission reduction engineering research center of the Ministry of Education, the industrial energy saving and energy new technology engineering research center of colleges and universities in Yunnan Province, the energy efficiency center of Yunnan Province, the R&D center of biodiesel preparation and testing technology of Yunnan Province, the silicon material engineering technology research center of Yunnan Province, and the international cooperation laboratory of silicon materials. There are two independent doctoral programs in engineering 1 program, one first-class master program in engineering 1 program, four master programs in engineering in two disciplines, and one authorized field of master program in engineering 1 program. University-level undergraduate teaching team.
Training objectives: This major aims to cultivate interdisciplinary and compound senior talents with broad theoretical basis of heat energy, mechanics, machinery, energy science, systems engineering, knowledge of new energy such as solar energy, wind energy, biomass energy and geothermal energy, and engaged in clean energy production, renewable energy development and utilization, energy and environmental protection, new energy development, engineering design, optimal operation and production management, with strong comprehensive ability, innovative spirit and practical ability.
Business scope: systematically master the necessary technical basic theory, professional knowledge and practical ability of this major; Master the basic principles of new energy equipment and energy conversion and utilization technology, as well as the basic methods and skills of research and development, design, manufacturing and experimental research; Master the detection and control principles and methods of new energy development, transformation and utilization technologies and equipment; Have the basic ability of theoretical analysis, experimental research and economic evaluation of new energy problems.
Employment field: Graduates can engage in research and development and production of new and renewable energy products such as solar energy, wind energy, biomass energy and geothermal energy, engineering design and construction, and teaching, scientific research and management in energy, construction, transportation, materials, electronics, environmental protection and other industries.
School of Materials Science and Engineering
Material forming and control engineering major
(The pilot program of education and training for outstanding engineers of the Ministry of Education has passed the certification of national engineering education specialty, a provincial key construction specialty and a characteristic specialty in Yunnan Province)
Material forming and control engineering is one of the traditional advantages of the school. From 1958, majoring in casting technology and equipment, Department of Mechanical Engineering, Kunming University of Science and Technology, 1998, enrolling students majoring in large-scale mechanical engineering and automation, and 20 10, enrolling students majoring in material forming and control engineering. There are four directions: casting, welding, mold design and manufacturing and surface engineering. It has distinctive characteristics in wear-resistant materials, deep processing of non-ferrous metals and equipment manufacturing. The specialty relies on five provincial and ministerial scientific research platforms, including the Key Laboratory of Rare Precious Metals and Nonferrous Metals New Materials and Yunnan Advanced Forming and Manufacturing Engineering Research Center. At present, there are 25 full-time teachers, including professors 13 (8 doctoral supervisors) and associate professors 10, including 6 national "100 million talents project" 1 person and provincial academic and technical leaders. It has formed a complete talent training system from undergraduate to master, doctor and postdoctoral. It has established long-term and stable cooperation and exchange relations with more than 20 countries such as Britain, the United States, Germany, Japan and South Korea 10 and more than 20 units such as Tsinghua University, Central South University, Beijing Iron and Steel Research Institute, Ningbo Institute of Materials and Guangzhou Institute of Nonferrous Metals. This major is funded by the National Scholarship Fund Committee, and undergraduate exchange students are selected to study in relevant universities in the United States, Germany and China every year. In the past five years, the employment rate of undergraduates has exceeded 95%, and more than 50% of graduates have been employed in large and medium-sized state-owned enterprises.
Training goal: to train talents who can meet the needs of key pillar industries such as nonferrous metal materials, equipment manufacturing, metallurgy, automobile and chemical industry. Have the basic knowledge and application ability of mechanical engineering, material science, automatic control and computer, master the solid theory, knowledge and basic skills of material molding technology, molding process and equipment design and automatic control of molding process, understand the development trend of advanced material molding technology and equipment, and engage in professional-related engineering design, technology and product development, production and management.
Employment field: graduates of this major can engage in production technology development, engineering design, production management, scientific research, new product and new technology development, product marketing and other aspects related to material molding and control engineering. Mainly involved in equipment manufacturing, metallurgy, machinery, automobiles, mining, non-ferrous metals, new materials, aerospace and other industries.
materials science and engineering major
(The pilot program of education and training for outstanding engineers of the Ministry of Education has passed the certification of national engineering education specialty, a provincial key construction specialty and a characteristic specialty in Yunnan Province)
The major of materials science and engineering started from 1962 and the major of metal material heat treatment and steel rolling offered by Kunming University of Science and Technology, and now there are four major directions: metal material, metal pressure working, powder and powder metallurgy, and inorganic nonmetal materials. This major has a complete training system for undergraduate, master's, doctoral and postdoctoral talents, and has 2 1 professors and 1 teaching teams in Yunnan universities. In 2065,438+02, he won the special prize of teaching achievement in Yunnan Province, and in 2065,438+04, he won the second prize of national teaching achievement. For three consecutive years, we have carried out undergraduate exchange training with well-known universities in China, such as Central South University. Excellent students can be sent to Utah University for exchange and study by the National Fund for Studying Abroad. It has national, provincial and ministerial-level large-scale scientific research and teaching support platforms, such as National Engineering Research Center for Solid Waste Recycling, Yunnan Key Laboratory for Preparation and Processing of New Materials, and Yunnan Collaborative Innovation Center for Rare and Precious Metals, and undertakes many national-level scientific research projects. Undergraduate students can participate in project research, improve their practical ability, publish high-level academic papers, and obtain the qualification of recommended graduate students without examination. After years of development and accumulation, this major has become the cradle of high-level scholars, outstanding engineers and entrepreneurs.
Training objectives: This major cultivates engineering, research and management talents with all-round development of morality, intelligence, physique and aesthetics, solid basic knowledge, perfect professional knowledge system, strong innovation consciousness and engineering practice ability, and can engage in scientific research, process and equipment design, technology development and transformation, education and teaching in new material development, material preparation, processing and molding, structure and performance analysis and testing of metal and inorganic nonmetallic materials and other related industries.
Employment field: graduates of this major can be employed in industries and enterprises such as nonferrous metals, steel, cement, glass, ceramics, new energy materials, photoelectric materials, carbon materials and powder materials. , and aerospace, automobile industry, machinery manufacturing, construction engineering, electronic information and other related industries and enterprises related to the above materials.
Functional materials professionals
(National Strategic Emerging Industry Specialty)
Functional materials specialty is the first batch of undergraduate majors related to strategic emerging industries approved by the Ministry of Education on 20 10, and it is also the first national undergraduate major related to strategic emerging industries in Yunnan Province. This major has postdoctoral mobile stations and first-class doctoral programs; Professional teachers are abundant, and full-time teachers undertake scientific research projects at all levels, involving photoelectric functional materials, solar photovoltaic materials, functional ceramic materials, oxide film materials, metal functional materials, energy battery materials, biomaterials and other emerging fields. Undergraduates can learn about the frontier research fields of materials by participating in the research of advanced functional materials projects, cultivate the practical ability of material research and development, and strive for the qualification of recommending graduate students without examination.
Training objective: To cultivate compound senior engineering research talents with good political quality, cultural quality, physical quality and psychological quality, solid basic theory, basic knowledge and basic skills of functional materials, comprehensive knowledge and relationship of composition, structure, performance, processing of functional materials and preparation, application and development of related devices, and innovative ability and engineering consciousness.
Employment field: Graduates of this major can engage in scientific research on the composition, synthesis, processing, organizational structure and performance of new functional materials, as well as the preparation/modification/processing and molding of functional materials in strategic emerging industrial enterprises such as electronic information, new energy materials, solar photovoltaic materials, functional ceramics, semiconductor lighting materials, metal functional materials and photoelectric functional materials, as well as advanced materials research and development departments of related research institutes and traditional materials science and engineering enterprises. Engineering and scientific research on device design and manufacturing, material quality control, new materials/new processes/new technology research and development, and teachers and graduate students in related disciplines.
Gem and material technology specialty
Gem and material technology is a comprehensive subject involving material science, mineralogy, physical optics, arts and crafts, etc. This major is the only undergraduate major relying on materials science in China. Undergraduate students were enrolled in 2002, and graduate students in the direction of "jewelry materials and processing" were enrolled in 20 13.
Among the professional teachers, there are two national registered jewelry inspector qualification certificates (CGC), 1 British jewelry association appraiser (FGA), 1 Yunnan jade carving master.
Training objectives: to cultivate the basic theory and knowledge of solid jewelry, jade, precious metals and jewelry materials; Understand the development trend of international jewelry; Accept comprehensive training in jewelry appraisal research, jade plastic arts design and market management; Master the skills and knowledge of gem geology and mineral resources, gem identification, jewelry evaluation, jewelry style design and processing technology, jewelry and jade culture appreciation; Application-oriented talents who are engaged in jewelry and jade identification, jewelry design and processing, jade modeling technology and enterprise marketing management.
Employment field: I can engage in the appraisal, design, processing, trade marketing, market evaluation and management of gem materials and related teaching and research work in national and provincial jewelry inspection and appraisal institutions, jewelry processing enterprises, trading companies, tourism departments and universities.
College of Mechanical and Electrical Engineering
mechanical engineering major
(National characteristic specialty construction site, pilot specialty of excellent engineer education and training program of the Ministry of Education, passed the national engineering education professional certification)
Automation major
Measurement technology and instrument specialty
Rail Transit Signal and Control Specialty
Computer science and technology
(Yunnan specialty)
Internet of things engineering specialty
Software engineering major
communication engineering major
Information engineering specialty
Biomedical Engineering
electronic and information engineering major
Architecture class
(including architecture, urban and rural planning and landscape architecture)
architecture
urban and rural planning major
(Yunnan specialty)
landscape architecture major
Architectural engineering research institute
Civil Engineering Profession
Building environment and energy application engineering
Water supply and drainage science and engineering
(passed the evaluation of professional education in national colleges and universities)
engineering mechanics
(provincial key construction specialty, Yunnan specialty)
engineering management major
engineering cost major
Urban underground space engineering specialty
Electrical engineering and automation
water conservancy
(including water conservancy and hydropower engineering, hydrology and water resources engineering)
Water conservancy and hydropower engineering
Hydrology and water resources engineering specialty
Environmental Science and Engineering
environmental engineering major
environmental sciences
resource recycling science and engineering
School of traffic engineering
Traffic engineering major
Traffic engineering specialty is divided into two training directions: road traffic and urban rail transit.
1, road traffic direction
Vehicle engineering major
communications and transportation major
Logistics Engineering
Transportation (international level)
Light chemical engineering
Chemical engineering and technology specialty
Energy and chemical engineering
Yunnan province food safety institute
food science and engineering
Food quality and safety specialty
College of life science and technology
biological engineering major
(Yunnan specialty)
pharmaceutical engineering major
(passed the national professional certification of engineering education)
College of Modern Agricultural Engineering
Agricultural mechanization and automation specialty
Agricultural electrification specialty
Agricultural water conservancy engineering specialty
landscape architecture major
college of science
Information and computing science
applied chemistry major
electronic message
(including electronic information science and technology, electronic science and technology)
Electronic Information Science and Technology
Electronic Science and Technology
Foreign language and culture college
English major
Translation major
College of Art and Media
art
Visual communication design major
Digital media and art
Environmental design major
● Direction of interior art design
● Landscape art design direction
Product design major
Professional painting
broadcasting and hosting art major
Non-artistic category
Industrial design professionals
Journalism and Communication
(including communication, editing and publishing, advertising)
Communication research
Editing and publishing specialty
Advertising professionals
school of law
law major
School of Management and Economics
Accounting professionals
Information management and information system
(National characteristic major, the first batch of "talent training mode reform" pilot major in Yunnan Province)
Marketing major
business administration major
Finance major
Professionals in international economy and trade
international college
Chinese international education
(including economic and trade direction and education direction)
Transportation (international level)
clinical medicine major
Quality management engineering specialty
National defense students