Introduction of Jiangxi University of Science and Technology: Metal Material Engineering
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Development history
The major of metal material engineering in Jiangxi University of Science and Technology originated from the major of steel rolling. 197 1 was renamed as the major of metal pressure processing, and the major of metal material engineering was established in 200 1, which was a key discipline in Jiangxi Province from the Ninth Five-Year Plan to the Twelfth Five-Year Plan. It is a national outstanding engineer education and training major, and it is a major with industry and local characteristics in deep processing of nonferrous metals and steel materials in Jiangxi Province and even the whole country. Since its establishment, a series of unique teaching and research platforms have been built, including more than one national, provincial and ministerial platform 10, such as the national copper smelting and processing engineering technology research center. Metal material engineering has become a first-class and influential base for innovation, entrepreneurship training and scientific research in the field of metal material engineering in China. More than 4,000 senior technical personnel have been trained successively, which has made important contributions to the development of non-ferrous metal industry and national economic construction in China.
Training objectives
Carry out the training policy of "thick foundation, wide specialty, strong practice and emphasis on innovation", take social demand as the guide, combine the discipline advantages and characteristics of the College of Materials Science and Engineering, strive to cultivate good ideological quality and professional ethics, master solid basic theory, systematic professional knowledge and good humanistic quality, understand the frontier development trend of this discipline, and have practical ability, self-acquisition ability, innovative quality, entrepreneurial spirit and strong organizational management ability.
Graduates of this major can not only engage in the basic theoretical research of nonferrous metal material preparation and processing engineering, but also undertake the scientific and technological work in the field of metal material engineering such as the development of new materials, new processes and new technologies and the management of production technology, and also undertake the teaching, scientific and technological management and management work in related professional fields.
Training requirements
Solid foundation in natural science, good foundation in humanities and social sciences and management science.
Systematically master the technical basic theory, professional knowledge and skills in this professional field, be familiar with the frontier and development trend of this professional discipline, and understand the basic knowledge of similar majors.
Good engineering practice training, with basic skills of drawing, design, calculation, testing, investigation, literature review, experiment and basic process operation, and the ability to comprehensively analyze and solve practical engineering problems.
Have the basic knowledge and skills of machinery, electrician, information and network technology, computer application technology and so on necessary for this major.
Have a strong comprehensive ability to use English, be proficient in reading English technical documents of this major, and have certain English communication skills.
Have a strong ability to acquire knowledge by self-study, and have the ability to continuously expand knowledge and acquire new knowledge for life.
Have strong pioneering and innovative ability, be able to creatively put forward new ideas, effectively explore new materials, new processes and new technologies, and initially have the ability to transform high and new technologies into productive forces.
Good communication skills, organizational management skills and strong team spirit, able to carry out management coordination, technical negotiation and international exchange.
Have a high comprehensive quality, including ideological and moral quality and physical and mental quality, and become professional and technical personnel with ideals, morality, culture and discipline.
main course
Basic course of discipline
Including advanced mathematics, linear algebra, college physics, mechanical drawing, theoretical mechanics, material mechanics, probability statistics, electrical technology, physical chemistry of materials, and mechanical design basis.
Professional core curriculum
Fundamentals of materials science (1), metal plastic forming principle (4), material properties, metal materials and heat treatment, metal plastic processing (1), metal plastic processing (2), metal melting and ingot casting, design of nonferrous metal pressure processing workshop, material analysis and testing technology.
Professional elective
Processing and molding equipment, friction and lubrication, pipe processing technology, special pressure processing method, stamping technology and die design (b), hot processing and equipment, powder metallurgy technology (a), rolling process parameter testing technology, plastic molding technology and injection mold design, plastic products and their molding, material nondestructive testing, die CAD/CAM technology (a), surface treatment technology, and material English.
Centralized practice course
Metalworking practice, cognition practice, production practice, graduation practice and graduation design.
Occupational characteristics
Follow the development law of metal material engineering specialty, maintain and develop the existing advantages, aim at the development trend of the first-class discipline of material science and engineering with the vision of reform and innovation, constantly explore new fields of professional development, maintain the advantages in continuous innovation, and make the metal material engineering specialty full of development prospects and vitality.
On the basis of fully considering the professional advantages and the development of copper industry, the first pillar industry in Jiangxi Province, following the law of higher education, adapting to the needs of social, economic and scientific development, scientifically and reasonably determining the overall goal of the construction of metal material engineering specialty, implementing key construction, strengthening the advantages and characteristics, and ensuring the leading position of the specialty.
Adhere to the service industry-oriented, meet the needs of talents in the non-ferrous metal processing industry. According to the change of talent demand in domestic non-ferrous metal industry, we should adjust the talent training scheme of metal material engineering specialty in time, enhance the pertinence and adaptability of the specialty, improve the competitiveness and employment rate of characteristic specialty, and cultivate high-quality professionals who can adapt to the development of non-ferrous metal processing industry and the changes of future social needs.
Taking the construction of characteristic specialty as an opportunity, give full play to the leading role of characteristic specialty, promote the construction and development of related majors (material molding and material physics), further strengthen the construction of characteristic specialty through the construction of related majors, and promote the overall level of discipline specialty construction in our college.
discipline construction
According to the actual situation of school students, we will vigorously promote the reform of teaching methods and means, and carry out the reform of teaching content, teaching methods and means different from those of "985" and "2 1 1" universities in China. In the teaching content, the new processing technology, advanced processing methods and equipment, new product development technology, product quality control process and production process management of nonferrous metals copper and aluminum (tubes, bars, shapes, wires, belts and foil products) are mainly taught; In terms of teaching methods, according to the different characteristics of professional courses, most courses adopt teaching methods such as teacher heuristic, student inquiry, on-site discussion and enterprise production case in theoretical teaching; In terms of teaching methods, theoretical teaching and practical teaching are combined to solve the equipment principle and technological process that are difficult to understand in theory. Teaching courseware with animation function (mold design and production, product molding technology, etc.). ), at the same time, the product production process film (copper strip rolling production process, etc. ) As a supplement, students can clearly grasp the production process, process characteristics, performance of modern production equipment and its control methods of nonferrous metal copper and aluminum products, and improve the teaching effect of the course. The quality of each major course is high.
Approved the national "construction project of bilingual teaching demonstration course of plastic molding technology and injection mold design"; The bilingual teaching course of "plastic molding technology and injection mold design" has passed the acceptance; The multimedia courseware project of Injection Mold Design passed the acceptance and won the second prize of provincial teaching achievement; The key construction course of "Injection Mold Design" has passed the acceptance. "Plastic mold design won the second prize of teaching achievement in Jiangxi Province.
teacher
Metal materials engineering has formed an academic team with reasonable age structure, orderly academic level and good quality. At present, there are 20 teaching and research personnel, including 4 professors, 6 associate professors, 2 doctoral degrees 1 person, Jiangxi "100 million talents project" 1 person, Inoue Star1person, 2 academic leaders and 3 key teachers in Jiangxi province.
In recent years, the construction of characteristic specialty has been approved for 2 national education reform projects, 7 provincial education reform projects and 1 1. There are 3 national innovative training programs for college students, with school level1; 3. Teaching base construction projects; Won the provincial teaching achievement award 1, set up 3 teaching teams, 1 teacher won the famous teacher in Jiangxi province, 1 person won the Baosteel Education Award, trained 3 provincial discipline leaders and 2 backbone teachers, published more than 10 teaching reform papers, published 2 monographs and teaching materials, and undertook national, provincial and ministerial scientific research projects. Metal material engineering is an important support of provincial brand specialty, Jiangxi key discipline, provincial demonstration master, national copper smelting and processing engineering technology research center, provincial nonferrous metal processing engineering technology research center, Jiangxi yingtan copper engineering technology center and other platforms. It is the only training base for copper processing professionals in China, and has made great contributions to the technical progress and development of domestic copper processing industry.
Teaching condition
The school attaches great importance to the construction of metal material engineering specialty. According to the project plan, special funds are reserved for the construction of professional teachers (supporting funds for the "Three Five-Year Plan" personnel training in Jiangxi Province, supporting funds for the construction of key disciplines, supporting funds for the training of young and middle-aged academic leaders and backbone teachers in Jiangxi Province, supporting funds for young teachers to pursue doctoral degrees, and supporting funds for the introduction of highly educated teachers, etc.). ), laboratory construction (the school allocated 510.2 million yuan to build teaching and research laboratories such as materials engineering. ), course construction (national bilingual teaching course construction funds, "mold design" provincial quality course construction funds, etc. ), teaching material construction (funding the compilation of characteristic teaching materials such as Metal Plastic Forming Equipment, Thermal Instrument, Metal Heat Treatment, Special Processing Technology, Special Pipe Processing Technology, etc. ), teaching methods and modern educational technology (funded the compilation of multimedia courseware of Fundamentals of Material Science and Principles of Metal Plastic Forming, such as Material Properties, Material Analysis and Testing Technology, Forging and Stamping Technology and Mold Design, Mold CAD/CAM Technology, etc., with more than 50% of professional courses and professional elective courses of multimedia-assisted teaching. ) and other special projects, the accumulated funds are nearly 10 million yuan, which guarantees the construction needs of various teaching conditions for metal material engineering majors.
Through the construction of teaching conditions, it has a series of laboratories, such as the experimental platform for basic teaching of metal materials engineering, the experimental research platform for material structure and performance testing, the experimental research platform for material processing engineering, the pilot research platform for new technologies, new processes and new products of non-ferrous metals, and more than 20 long-term and stable off-campus practice bases (Chinalco Luotong Group, Chinalco Southwest Aluminum Group, Jiangxi Copper Company, Guangtong Factory, Jiangxi Xinyu Iron and Steel Plant, China Liang Hai Group, Ganzhou Aluminum Industry and so on). ), periodicals, magazines, books, electronic information materials and other 654.38+million copies. It fully meets the demand of cultivating high-quality talents for metal material engineering specialty.
Further study and employment prospects
Graduates can recommend or apply for master's degrees in materials science and engineering, materials science, materials processing engineering and other related majors in universities, academies and research institutes affiliated to national ministries and commissions without examination.
Large state-owned enterprises in domestic nonferrous metals copper, aluminum and tungsten industries, such as Chinalco Group, China National Color Group, Jiangxi Copper Group, Anhui Tongling Group, Wujiang Group, Guangdong Nonferrous Metals Group, China Rui Lin Engineering Technology Co., Ltd., Luoyang Nonferrous Metals Processing Design and Research Institute, and other well-known listed companies, such as China Liang Hai Group, Zhejiang Honglei Group, Anhui Jingcheng Copper, Ningbo Xingye, Ningbo Weber, Ningbo Jintian and Henan Jinlong Group.
The main employment is post-oriented: production technology management, scientific research and development, enterprise management and other positions.
Introduction of Jiangxi University of Science and Technology: The major of metal material engineering has been announced. For more information about Jiangxi University, please pay attention to the Jiangxi University page.
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