Discipline introduction: The metallurgical engineering discipline of our school is one of the important bases for the training of high-level talents and scientific research in this field in my country, and enjoys a high reputation at home and abroad. There are currently 1 National Engineering Laboratory of Vacuum Metallurgy, 1 Yunnan Provincial Key Laboratory, 1 national key discipline, 1 provincial key discipline, and 1 provincial-level key discipline; there are postdoctoral flows There is 1 station; it has doctoral and master's degree authorization points for the first-level discipline of metallurgical engineering, including ferrous metal metallurgy, metallurgical physical chemistry, iron and steel metallurgy, material recycling engineering, applied electrochemical engineering, metallurgical energy engineering, metallurgical control engineering, metallurgical resources and There are 10 second-level discipline doctoral degree authorization points in ecological environment, biometallurgy, and production process logistics, and there are 3 second-level discipline master's degree authorization points and 1 engineering master's degree authorization area; recruiting teachers from colleges and universities to study for master's degrees on the job. A complete talent training system has been formed from undergraduate to master's, doctorate, and postdoctoral. Graduates trained by this major can be found in production, scientific research, design units and colleges and universities across the country in metallurgy and related fields. Among the graduates, a large number of outstanding talents have emerged, represented by four academicians: Xu Zuyao, Yin Zhiwen, Zhang Guocheng and Dai Yongnian.
This discipline has a highly educated, high-level, and well-structured teaching staff. There are currently 47 teachers, including 20 professors (including 1 academician of the Chinese Academy of Engineering, 1 provincial distinguished professor, and a Ph.D. There are 12 student tutors), 19 associate professors and 8 other teachers. In recent years, this discipline has undertaken 138 scientific research projects commissioned by national, provincial and ministerial levels and enterprises. It has won 3 national science and technology awards, 1 Yunnan Provincial Science and Technology Outstanding Contribution Award, more than 30 provincial and ministerial awards, 44 national invention patents, promoted and transferred 10 technological achievements, and created economic benefits of hundreds of millions of yuan. Published more than 30 academic monographs and textbooks, and more than 1,100 academic papers. Won several provincial and ministerial teaching achievement awards. The complete subject system, strong teaching staff and good educational atmosphere create excellent conditions for students' growth and success.
Cultivation objectives: Cultivate students with comprehensive development of moral, intellectual and physical skills, solid basic theory, knowledge of metallurgical physics and chemistry, metallurgical transmission principles, metallurgical process control, steel metallurgy and non-ferrous metal metallurgy, and the ability to work in metallurgy and chemical industry Senior engineering and technical talents engaged in production, design, scientific research, management, etc. in , materials and related fields.
Main courses: College English, advanced mathematics, linear algebra, probability theory and mathematical statistics, college physics, physical experiments, inorganic chemistry, organic chemistry, analytical chemistry, physical chemistry, engineering drawing, mechanical design basics, Computer basics, programming languages, computer network technology and applications, metallurgy and heat treatment, electrical and electronic technology basics, thermal instrumentation and control, technical economics, engineering mechanics, metallurgical principles, transmission principles, metallurgical equipment basics, metallurgical engineering design Basics, metallurgical experimental research methods, metallurgy of heavy non-ferrous metals, metallurgy of iron and steel, metallurgy of light and precious metals, etc.
Business scope: Metallurgical engineering science is a discipline that studies the extraction of metals or metal compounds from ores and secondary metal resources, and uses various processing methods to make metal materials with certain properties. Metallurgical engineering major is a materials discipline, and graduates can acquire the following knowledge and abilities: 1. Master the basic knowledge and skills of drawing, machinery, electrical and electronic technology and computer applications necessary for this major; 2. Master black and Basic theory and production process knowledge of non-ferrous metal metallurgical processes; 3. Have basic knowledge of ferrous and non-ferrous metal metallurgical production organization, technical economy, business management, environmental protection and preliminary capabilities in industrial design; 4. Have the ability to analyze and solve problems in the production of this specialty Practical problems and the preliminary ability to conduct scientific research and develop new technologies, new processes, and new materials; 5. Understand the scientific and technological development trends of this major and related disciplines.
Employment prospects: The employment directions of graduates are engineering technology, scientific research, design, production management, and technical and economic management positions in various metallurgical enterprises; related academic fields in scientific research and design institutes and colleges and universities; they can also Work in positions of similar professional nature in materials, chemicals, environmental protection, machinery and other industries. In recent years, graduates have been in short supply and are highly welcomed and praised by employers. Outstanding graduates can be recommended to study for a master's degree without taking the exam.
Discipline introduction: Materials science and engineering is one of the traditional superior disciplines of Kunming University of Science and Technology. It is one of the important bases for talent training and scientific research in materials disciplines in my country. It has an important influence in the materials industry and is cultivated by relevant enterprises and some scientific research institutes. A large number of technical backbones and academic leaders have been recruited. This discipline currently has 1 Key Laboratory of Rare and Precious Metal Materials of the Ministry of Education, 1 National Engineering Center for Solid Waste Resource Recycling, 1 Yunnan Provincial Key Laboratory of New Materials Preparation and Processing, and 1 provincial key discipline; it has There is a postdoctoral mobile station in the discipline of materials science and engineering. It has doctoral and master's degree authorization points in the first-level discipline of materials science and engineering. It has three second-level discipline doctoral degree authorization points in materials physics and chemistry, materials science, and materials processing engineering, as well as multiple It has independently set up doctoral degree authorization points in disciplines, and has 3 master's degree authorization points in secondary disciplines, and 1 engineering master's degree authorization area in materials engineering; it has 2 master's degree authorization points for university teachers in materials science and materials processing engineering, with outstanding disciplines Advantages and foundations, distinctive disciplinary characteristics, and important influence in the materials industry.
After more than 30 years of development, the materials science and engineering discipline of Kunming University of Science and Technology has a complete education system at multiple levels including doctor of engineering, master of engineering, master of engineering, undergraduate, and continuing education, and has an academically advanced team. It has a high-quality teaching staff with active academic thinking, reasonable knowledge level and age structure. There are currently 48 faculty members, including 18 professors, 5 doctoral supervisors, and 22 master's supervisors. He has undertaken scientific research projects including the National 863 Program, National Science and Technology Research Projects, National Natural Science Foundation Projects, National Ministry of Education Key Projects, Yunnan Provincial International Cooperation, Yunnan Provincial Natural Science Foundation Key Projects, Yunnan Provincial Natural Science Foundation Projects, etc., for nearly three years. In the past few years, it has won 10 provincial and ministerial awards*** and 4 other scientific research awards. In terms of undergraduate talent training, the "Research and Practice on Cultivation of Engineering Ability of Students Majoring in Materials Engineering" project won the second prize of the National Teaching Achievement Award and the first prize of the Yunnan Provincial Teaching Achievement Award in 2005. This discipline has a broad foundation of international and domestic cooperation and exchanges, and has long-term cooperation and exchanges with universities and research institutes in many countries (regions). The strong teaching staff and good academic atmosphere provide strong support for the training of students.
Cultivation objectives: To cultivate students with good political quality, cultural quality and physical and psychological quality, with solid basic theory and professional knowledge in materials science and engineering, and with a comprehensive grasp of the composition, structure, performance and preparation of materials. Comprehensive knowledge and interrelationships in , processing, application, development, etc., have engineering awareness and innovation ability, and be able to engage in production technology, engineering design, new product and new process research and development, quality control, and production in the fields of material science and related engineering technologies. Comprehensive senior engineering technology and research talents who work in organization management, marketing and trade, and materials science and engineering education.
Business scope: Materials science and engineering is based on physics, chemistry, mechanics, mathematics and other natural science disciplines, with engineering disciplines as its service and support objects. It is an active discipline integrating science and engineering and interdisciplinary. Its research fields involve natural sciences, applied sciences and engineering. It mainly studies the composition and structure, synthesis and processing, properties, performance and other factors of materials and the rules of their interrelationships, and studies the production and processing processes and technologies of materials. . Graduates of this major can acquire the following knowledge and abilities: 1. Master the basic theories and basic skills of materials science; 2. Master the research and preparation methods and testing techniques of materials, and have the knowledge and ability to correctly select and rationally use materials; 3. Have the preliminary ability to develop and improve traditional materials, and research and develop new materials, new processes, new technologies, new equipment and new products; 4. Basically master the basic principles of material industry production processes and equipment, and have the ability to engage in engineering design, engineering technology, Initial abilities in economics, management, marketing and trade; 5. Master the quality control and testing capabilities of materials and products; 6. Understand the development trends and application prospects in the fields of materials and engineering, and have the ability to comprehensively apply engineering technology methods to solve practical engineering problems. Engineering practice ability and technological innovation ability.
Employment fields: This major has a wide range of employment directions, including engineering technology in materials and related fields such as materials industry, automobile industry, aviation and navigation, electronic and electrical manufacturing, tobacco industry, light industry and building materials. There are employment and development opportunities in positions such as scientific research, design, new product and new process research and development, quality control, production organization management, marketing and trade, and you can also engage in related teaching in materials science research (design) institutions (schools). and scientific research work, outstanding graduates can be recommended to study for a master's degree without taking the exam. In recent years, graduates have been in short supply. Training objectives: To cultivate students who are oriented to the 21st century, adapt to the development requirements of modern economy and society, are both morally, intellectually and physically capable, have solid basic theory and professional knowledge of gemstones and materials technology, and have a comprehensive grasp of the mineral resources, material structure, and styles of gemstones. Comprehensive knowledge in design, processing technology, economic management, etc. This major cultivates senior professionals who have the basic theories of modern jewelry materials and mineral processing and testing, master the craftsmanship of jewelry design and processing, have the ability to detect and identify jewelry, and are able to engage in jewelry identification and marketing.
Business scope: This major focuses on the design, processing, appraisal and marketing of jade and precious metal jewelry. During their time at school, students mainly study crystallography and mineralogy, gemstone mineralogy, gemology, jade science, design and design aesthetics, sketching, color, modern jewelry processing technology, precious metal jewelry processing, modern testing instruments and technology, and computers. Professional courses such as auxiliary design and processing, marketing, and jewelry evaluation also require practical teaching links such as production and business internships.
Employment field: The employment direction of students after graduation is in the processing, testing, trade, tourism, auction and other industries related to jewelry. They can be engaged in the design and processing, testing and appraisal, trade and marketing of jewelry. and market evaluation.