Li Dajiang, the welding technology and automation major of the School of Materials and Construction Engineering of our college. In September 2017, it passed the Aviation Industry special recruitment of aviation industry Shaanxi Aircraft Industry Group Co., Ltd. through the academy. Piece welding factory. During the school, Li Dajiang achieved excellent grades and won honors such as "three good students" and "national inspirational scholarships". During the work of Shaanxi, Li Dajiang followed the master's production and equipment for engine stents. Today, Li Dajiang can independently operate carbon dioxide gas protection welding, arc welding, and electrode arc welding to perform four -roller rolling machine operation, cylindrical vertical seam welding machine operation, special equipment operation, etc., and obtains relevant operating certificates. At the same time, he also made a hand -made rotation tool, improved the plate placing rack and a copy of the car, and proposed the dust collection method of the sand wheel cutter. If the quality of high -temperature vapor pipe pipes, he has been upgraded from the original tertiary weld to the second -level welded seam. The qualified rate of X -ray once explores 100%. In the competition of the fitter skills competition, he has won the excellent award for three consecutive times. Welders In the skill competition competition, he won the second prize and was well received by colleagues in the unit. The focus on intelligent welding technology (welding technology and automation majors), provincial key majors, good employment prospects, and good treatment intelligent welding technology majors are Shaanxi Province.
Materials majors are engineering, including metal material engineering, polymer materials and engineering, inorganic non -metallic material engineering and other majors. Menology is a discipline that studies the relationship between the composition, structure, process, nature, nature, and performance, and provides scientific basis for material design, manufacturing, process optimization and reasonable use. The main courses of materials majors are: (1) Basic courses of Engineering -Higher Mathematics, Ordinary Physics, Linear Algebra, etc.; (2) Professional basic courses -physical chemistry, analytical chemistry, organic, organic, organic, organic, organic Chemistry, etc.; (3) Professional courses -material research methods, material science foundation, material engineering foundation, etc.
Pay content for time limit to check for freenAnswer hello, the material category has prospective ranking 1. Graduates of materials science and engineering majors have entered various steel companies, manufacturing companies, car companies, and ceramics, cement, home appliances and other companies, with a wide range of employment. Generally, the direction of material science and engineering major has entered steel enterprises, military, private enterprises and scientific research colleges, and it is relatively easy to find jobs and other research directions. 2. After graduating from metallurgy engineering, you can engage in metallurgical technology and its theory, smelting process and control, smelting process and equipment design, production technology improvement, smelting finished product performance improvement and detection, and metallurgical enterprise management.nThe above is the answer given by the editor. I hope it will be helpful to you. If you want other questions, you can continue to ask me. I am glad to continue to answer for you and wish you a happy life!
There are 17 majors in the materials: Mudit science and engineering, material physics, material chemistry, metallurgy engineering, metal material engineering, inorganic non -metal material engineering, polymer materials and engineering, composite materials and engineering, powder, powder Materials science and engineering, gem and material technology, welding technology and engineering, functional materials, nanomaterials and technology, new energy materials and devices, material design science and engineering, composite material molding engineering, smart materials and structure;
. Materials science and engineering Professional code: 080401 | Men and women ratio: 71: 29 1, what is material science and engineering major? In 2012, the major officially appeared in the "Undergraduate Professional Catalog (2012)". Material science and engineering professional training has the knowledge of metal materials science and engineering, has a solid theoretical foundation and humanistic feelings, and has strong engineering practice and innovation capabilities. Engineering and technical talents engaged in scientific research, technology development, process and equipment design, production and management . 2. Development prospects Thetelling direction Mudging, material processing engineering and material physics chemistry related majors. employment direction Mudging and engineering graduates can be engaged in production technology, materials development, quality of materials, materials development, quality Management, technical management and product marketing; you can also engage in scientific research and management in materials science in scientific research institutions, colleges and universities, quality inspection, and commodity inspection departments. . Material Physics Professional code: 080402 | Men and women ratio: 75: 25 1, what is material physics major? In 2012, the material physics majors were included in the material category (0804)
. Material physics professional training meets the needs of social development, has good humanities and social science literacy, social responsibility and professional ethics, solid material physics professional knowledge and engineering skills, and good learning ability, innovation awareness, safety awareness, international vision and team The spirit of cooperation can engage in senior engineering and technical talents that can engage in material structure and performance analysis, scientific research, engineering design, technology development, production and operation and management in related fields such as photoelectric materials and devices. 2. Development prospects The postgraduate direction Pu materials and other disciplines and interdisciplinary disciplines. employment direction graduates are suitable for enterprises, business, technology and administrative departments related to physics or materials to engage in application research, scientific and technological development, production technology and management work. Study and teaching work can continue to study for master's degree in engineering or materials related to engineering subjects and interdisciplinary degrees. . Material chemistry Professional code: 080403 | Men and women ratio: 63: 37 1, what is material chemistry major? 2012 of the Chinese Communist Party and the Ministry of Education and Education of the Chinese People's Congress and the Ministry of Education and Education of the Chinese Communist Party and the Ministry of Education. Material chemistry specializes in training to meet the needs of social development, with good humanistic and social science literacy, social responsibility and professional ethics, solid professional knowledge and engineering skills with solid material chemistry, good learning ability, innovation awareness, international vision, and perspective The spirit of team cooperation can engage in senior engineering and technical talents who work in related fields to work in related fields, structure and performance analysis, scientific research, engineering design, technology development, production and operation and management. 2. Development prospects The postgraduate direction The areas of chemistry, materials, energy, medicine, machinery, agriculture, environment and other related fields continue to deeply study master's and doctoral degrees. employment direction graduates are mainly in optoelectronic information, new materials, new energy, petrochemical, engineering plastics, polymer materials, biomedicine, light industry, food, equipment manufacturing, energy conservation and environmental protection, analysis and testing, etc. Enterprises and institutions in the fields and industries are engaged in quality inspection, product development, production, technical management, etc.; . Metallurgical engineering Professional code: 080404 | Men and women ratio: 89: 11 1, what is metallurgical engineering major? In 1998, metallurgical engineering was officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Metallurgical engineering specializes in the knowledge of metallurgical physics chemistry, steel metallurgy and non -ferrous metal metal metallurgy. Senior engineering technical talents and management talents. 2. Development prospects Thetelling direction metallurgy engineering, metallurgy physical chemistry, steel metallurgy, non -ferrous metal metallurgy. In employment direction . Graduates can engage in basic research, technical development, engineering design, technical transformation and other aspects in the field of steel metallurgy, non -ferrous metallurgy; Engage in technical development and technological transformation related to metallurgical disciplines; work in steel metallurgical and non -ferrous metallurgical manufacturers can engage in production organizations, technical economy, quality management, environmental safety, business and sales, etc. Engage in scientific research and development, factory design, process transformation and other aspects. In colleges and universities, you can engage in metallurgical experimental teaching; you can engage in metallurgical teaching at higher vocational and technical schools. Five, metal material engineering Professional code: 080405 | Men and women ratio: 80: 20 1, what is metal material engineering major? In 1998, the major of metal material engineering officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Metal material engineering professional training meets the needs of regional socio -economic development, facing metal materials preparation, mechanical manufacturing, automobile manufacturing, process equipment manufacturing and other industries. It has basic knowledge of metal material engineering. High -quality application -oriented talents engaged in production process formulation, technological development (improvement), engineering (equipment) design and use, scientific research, production and management, and management of metal materials related to quality and performance testing. 2. Development prospects The postgraduate direction The majors such as metal materials, metal processing engineering and material physics chemistry and other majors continue to be studied and studied for graduate students. In employment direction basic graduates of metal materials engineering are mainly engaged in basic research, application research and development research on engineering materials, new materials and processing technology. , Light Textiles, Military Industry and other enterprises engaged in materials research and development, advanced metal materials technology, material selection and application, material quality and performance testing, technical development, process and equipment design, production and management of the first -line control, etc. Technical management and other work. 6. Inorganic non -metal material engineering Professional code: 080406 | Men and women ratio: 77: 23 1, what is inorganic non -metal material engineering major? In 1998, the inorganic non -metal material engineering major officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Inorganic non -metal material engineering professional training and adapting to the development of social, economic, and scientific and technological development, morality, wisdom, physical, aesthetic, and labor -integrated development, social responsibility, good professional ethics, comprehensive quality, innovative spirit and broad international perspective, with inorganic non -permanent non -permanent non -permanent non -permanent non -permanent non -permanent non The professional knowledge and skills of metal engineering can engage in high -level specialized talents who can engage in technology and product development, engineering design and management, and scientific research in new materials, mechanical vehicles, aerospace, power electronics, new energy, and new energy industries. 2. Development prospects The postgraduate direction Muditics, material processing engineering and material science and engineering related majors related to the postgraduate entrance examination. In employment direction The employment level of inorganic non -metal materials engineering is high and widely employed. Students can work in the field of strategic emerging industries -new materials, such as new energy materials, semiconductors, nanomaterials and coatings, electronic devices and other employment, but also in the field of traditional inorganic non -metal materials such as construction, real estate, metallurgy, and fire -resistant materials industry. Design, production, development and management, etc., can also work in teaching, scientific research and testing in colleges and scientific research institutes. Seven, high molecular materials and engineering Professional code: 080407 | Men and women ratio: 68: 32 1, what is the major of polymer materials and engineering? 1998 The undergraduate professional directory of the Ministry of Education and Education, the professional professional professional of high molecular materials is "polymer materials and engineering" major. The professional training of polymer materials and engineering has knowledge and engineering knowledge, and can engage in scientific research, technology development, technology development, equipment design, production and production, production and production, production, production, and production in high molecular materials and engineering Engineering and technical talents working in operation and management . 2. Development prospects Thetelling direction Muditics, material processing engineering and material physics and chemistry related majors and chemical chemistry related majors. employment direction Hermes and engineering graduates of polymer materials and engineering can be in terms of petrochemical, electronic appliances, building materials, automobiles, packaging, aerospace, military industry, textiles, medicine and other systems, colleges, and scientific research institutions Eliver is engaged in plastic, rubber, fiber, coatings, adhesives, composite materials development, processing and modification, process and application, production technology management, market development and teaching; Materials, functional materials, biomedical materials, photoelectric materials and other special polymer materials. eight, composite materials and engineering Professional code: 080408 | Men and women ratio: 72: 28 1, what is composite material and engineering major? In 2012, the composite materials and engineering majors officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. The foundation of composite materials and engineering professional cultivation, theoretical connection with the actual situation, innovative awareness, master the production principle and production process of new composite materials, can be competent for the management work and actual post operation of production enterprises such as inorganic materials, polymer materials, new composite materials, and other production enterprises. High -level and high -quality scientific research, teaching and engineering technical talents with high comprehensive quality and high -quality scientific research, teaching and engineering technical talents that meet the needs of social market development. 2. Development prospects The postgraduate direction composite materials and engineering majors can continue to be studied in materials related to materials, material processing engineering, and material physics chemistry. In employment direction Chematic graduates of composite materials and engineering can be engaged in enterprises, institutions, and scientific research institutions in the fields of cars, rail transit, aerospace, energy, military, textiles, petrochemicals, building materials and packaging Scientific research, production technology development, quality management of composite materials, or engage in product quality and material inspection and analysis in commodity inspection, customs, quality inspection, and foreign trade departments; they can also go to colleges and research departments to engage in teaching and research work. . The science and engineering of powder material Professional code: 080409t | Men and women ratio: 74: 26 1, what is the major of powder materials science and engineering? In 2012, the major of powder materials science and engineering officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Powder material science and engineering training has good ideological quality, humanities and social science literacy, professional ethics, and international vision. It systematically masters the basic knowledge and engineering practice methods of powder materials science and engineering. Production organizations and management, product quality testing and development, technology development and process design, high -quality high value -added product manufacturing, comprehensive utilization and environmental protection, engineering planning and management, etc. 2. Development prospects The postgraduate direction The professional and engineering major of powder material science and engineering can continue to study master and doctoral degrees in the disciplines of materials, material physics and chemistry, composite materials, materials engineering and other disciplines. In employment direction graduates of powder materials science and engineering can be in the field of powder materials science and engineering and powder metallurgy, machinery, electrical electronics, transportation, new energy, instrumentation, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, and aerospace, aerospace, aerospace, and aerospace, High -tech enterprises, scientific research institutes, and colleges and universities in industries such as national defense and military industry are engaged in the research and development, production management, and new technology development of new materials. ten, gems and materials crafts Professional code: 080410T | Men and women ratio: 37: 63 1, what is the major of gems and materials and crafts? In 2012, the majors of gemstones and materials and crafts were officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Gem and materials and crafts are trained to have good ideological morality and professional ethics, master the relevant principles and knowledge of gemstones and materials and technology disciplines, and obtain good training in jewelry appraisal technology. Well, high -quality application -oriented technology composite talents that can be competent for jewelry appraisal, processing, marketing and other jobs . 2. Development prospects The postgraduate direction The majors in gemstones and materials and technology can continue to study master's and doctoral degrees in gems and materials and related majors. In employment direction graduates of gemstones and materials and technology can engage in the quality supervision and inspection business and related work of jewelry companies, jewelry appraisal agencies, customs, quality inspection and other departments; Appraisal and evaluation related work of institutions such as pawn banks; engaged in the business, production management and other tasks of jewelry enterprises; research and development of processing technology of jewelry processing enterprises; n. eleven, welding technology and engineering Professional code: 080411t | Men and women ratio: 92: 8 1, what is welding technology and engineering major? In 2012, the welding technology and engineering majors officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. The welding technology and engineering majors are aimed at cultivating specialized knowledge and key technologies with the theoretical basic knowledge and welding structure manufacturing of welding professional backgrounds, mastering the theoretical and engineering system of welding technology and engineering systems. Essence 2. Development prospects The postgraduate direction This welding technology and engineering majors can continue to study master's and doctoral degrees in material processing engineering, material engineering, material science and engineering, aviation engineering and related majors. In employment direction The graduates of welding technology and engineering can engage in technical research, product design and research and development in the fields of electromechanical, petrochemical, car, rail transit, aerospace, energy and other materials processing , Production operation management, operation and other aspects, or work in teaching and scientific research in colleges and universities and scientific research institutes. 12. Functional materials Professional code: 080412T | Men and Women's ratio: 66: 34 1, what is functional materials? In 2012, the professional materials were officially appeared in the "Undergraduate Professional Catalog" of ordinary colleges and universities. Functional material training system master the basic theoretical knowledge of materials science and engineering, physics, chemistry, energy, information, environment and other related disciplines, as well as high -quality composite talents of specialized knowledge in the field of functional materials and devices; The process principles, preparation techniques and analysis methods of functional materials and devices can be engaged in the research and development of the design, preparation, characterization, modification, and componentization of multiple functional materials. After graduation, students can engage in senior technical and management work in the fields of energy conversion or storage materials, biomedical materials, sensing materials, sensitive materials, ecological environment materials and other fields. 2. Development prospects The postgraduate direction Muctivity material majors can continue to study master's and doctoral degrees in material science, material processing engineering and material physics chemistry, as well as related majors. In employment direction The functional material graduates can engage in production, research and development, process design, equipment management, raw materials procurement and product sales in rubber, plastic, resin and chemical fiber products; materials inspection Institutions are engaged in material testing, inspection and management; material testing instruments and equipment companies engage in sales, installation, debugging and technical support; pass the civil service examination into the commodity inspection bureau, quality inspection bureau, customs and other institutions to engage in professional management. 13. Nano -material and technology Professional code: 080413t | Men and women ratio: 57: 43 1, what is the major of nanomaterials and technology? In 2012, the major of nanomaterials and technology officials officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. The training of nanomaterials and technology training meets the actual needs of social and economic construction in my country. The comprehensive development of Germany, intelligence, physical, and the United States has a systematic and wide basic theoretical basis and skilled experimental skills of the basic theory of physics, chemistry, and material science. The solid nanomaterials theoretical foundation and the professional knowledge of the system, understand the development of the discipline, master the process equipment, test methods and evaluation technologies of nanomaterials and technology, and have the ability to engage in scientific research and solve local problems in the project. High -quality application -oriented talents who are engaged in scientific research, teaching and technical work with innovative spirit and practical ability. 2. Development prospects Themail direction nanomaterials and technology majors can be condensed in state physics, semiconductor devices, functional materials, nanomaterials, composite materials, environmental sciences, biomedical materials and related majors. Study for master's and doctoral degrees. In employment direction Nh nanomaterials and technology majors can engage in scientific research in related scientific research institutions, colleges and universities, or engage in high -tech companies such as electronic information, new energy, aerospace, instrumentation, biomedical and other high -tech enterprises High -tech content such as the development of new materials, the development of new products and the research of new technology technology. Equilities are engaged in scientific research, or high -tech companies such as electronic information, new energy, aerospace, instruments, and biomedicine are engaged in high -tech content such as new materials development, new product development and new technology technology research. . Fourteen, new energy materials and devices Professional code: 080414t | Men and women ratio: 78: 22 1, what are new energy materials and devices? In 2012, the majors and devices of new energy materials and devices officially appeared in the "Undergraduate Professional Catalog of General College"
. New energy materials and devices professional cultivation to meet the needs of national new energy strategy, master the basic theory and knowledge in the field of new energy materials and engineering, have the design, manufacturing and application capabilities of new energy materials and devices, and strong practical ability and good development Potential composite senior professional talents; students mainly learn basic theoretical knowledge such as energy conversion and storage materials and their device design, master the preparation methods and representation methods of new energy materials, master the basic principles, assembly techniques and evaluation methods of related devices, in the way Focus on learning the professional knowledge of photoelectric conversion and devices, nanomaterials, battery structure and design. Based on the system of mastering the technical theory of professional fields, it has strong research and development capabilities, innovative awareness, organizational management capabilities, and high comprehensive qualities. 2. Development prospects . After the direction of postgraduate entrance examination The graduate graduates of new energy materials and device, you can continue to study materials science and engineering, material physics and chemistry, material science, renewable energy and clean energy, clean energy, clean energy, clean energy, clean energy, clean energy and clean energy, Power engineering, electrical engineering, electronic science and technology, and other interdisciplinary degrees or doctoral degrees. In employment direction Per graduates of new energy materials and device, can be in enterprise institutions such as new energy, new materials, photovoltaic power generation, energy storage devices, electric vehicles, photoelectric photos, high -end equipment manufacturing and other enterprise institutions and other enterprise institutions. Technology and administrative departments are engaged in application research, product research and development, process and device design, production technology and management positions, or engage in scientific research and teaching in relevant scientific research institutes and universities. . Fifteen, material design science and engineering Professional code: 080415T | Men and women ratio:- 1, professional definition The basic knowledge and skills of mechanics, material preparation, material analysis, etc., understand the basic performance, composition structure, design method, processing process, etc. of the material, and carry out the design, research and development, preparation, performance testing, failure analysis of new materials. Common new materials are: new materials, superconducting materials, energy materials, intelligent materials, etc. 2, development prospects employment direction material enterprises: material design, material analysis, material research and development, material preparation. . Sixteen, composite material molding project Professional code: 080416t | Men and women ratio:- 1, professional definition The research and development capabilities of process problems have certain production technology management knowledge, especially in the field of aerospace manufacturing, the use of intelligent manufacturing methods for the design, molding and composite materials related products of aircraft composite materials and components, and have collaborative manufacturing knowledge , Engineering and technical talents in product development, application research, and operation management of aviation products. 2. Development prospects employment direction Aer aerospace field: processing and formulation and molding of composite material parts, new product process development, mold design and processing, product quality monitoring, material performance testing, etc.; machinery, etc. , Auto and other fields: development, processing and quality monitoring and production management of composite materials. Professional connection The test discipline suggestion: 3 1 2 provinces: preferred physics, then chemistry. 17. Smart materials and structure Professional code: 080417t | Men and women ratio:- February 21, 2020, "The Ministry of Education announced the registration and approval of undergraduate majors in ordinary colleges and universities in 2019 "Notice of Results" (Teaching Gaohan [2020] No. 2), the "New List of Advanced Undergraduate Professional List", which announced the "2019 Undergraduate Professional File and Approval Results" in the 2019 General Higher College, has a new professional "smart material and structure".
Li Dajiang, the welding technology and automation major of the School of Materials and Construction Engineering of our college. In September 2017, it passed the Aviation Industry special recruitment of aviation industry Shaanxi Aircraft Industry Group Co., Ltd. through the academy. Piece welding factory. During the school, Li Dajiang achieved excellent grades and won honors such as "three good students" and "national inspirational scholarships".
During the work of Shaanxi, Li Dajiang followed the master's production and equipment for engine stents. Today, Li Dajiang can independently operate carbon dioxide gas protection welding, arc welding, and electrode arc welding to perform four -roller rolling machine operation, cylindrical vertical seam welding machine operation, special equipment operation, etc., and obtains relevant operating certificates. At the same time, he also made a hand -made rotation tool, improved the plate placing rack and a copy of the car, and proposed the dust collection method of the sand wheel cutter.
If the quality of high -temperature vapor pipe pipes, he has been upgraded from the original tertiary weld to the second -level welded seam. The qualified rate of X -ray once explores 100%. In the competition of the fitter skills competition, he has won the excellent award for three consecutive times. Welders In the skill competition competition, he won the second prize and was well received by colleagues in the unit.
The focus on intelligent welding technology (welding technology and automation majors), provincial key majors, good employment prospects, and good treatment intelligent welding technology majors are Shaanxi Province.
Materials majors are engineering, including metal material engineering, polymer materials and engineering, inorganic non -metallic material engineering and other majors.
Menology is a discipline that studies the relationship between the composition, structure, process, nature, nature, and performance, and provides scientific basis for material design, manufacturing, process optimization and reasonable use.
The main courses of materials majors are:
(1) Basic courses of Engineering -Higher Mathematics, Ordinary Physics, Linear Algebra, etc.;
(2) Professional basic courses -physical chemistry, analytical chemistry, organic, organic, organic, organic, organic Chemistry, etc.;
(3) Professional courses -material research methods, material science foundation, material engineering foundation, etc.
Pay content for time limit to check for freenAnswer hello, the material category has prospective ranking 1. Graduates of materials science and engineering majors have entered various steel companies, manufacturing companies, car companies, and ceramics, cement, home appliances and other companies, with a wide range of employment. Generally, the direction of material science and engineering major has entered steel enterprises, military, private enterprises and scientific research colleges, and it is relatively easy to find jobs and other research directions. 2. After graduating from metallurgy engineering, you can engage in metallurgical technology and its theory, smelting process and control, smelting process and equipment design, production technology improvement, smelting finished product performance improvement and detection, and metallurgical enterprise management.nThe above is the answer given by the editor. I hope it will be helpful to you. If you want other questions, you can continue to ask me. I am glad to continue to answer for you and wish you a happy life!
There are 17 majors in the materials:
Mudit science and engineering, material physics, material chemistry, metallurgy engineering, metal material engineering, inorganic non -metal material engineering, polymer materials and engineering, composite materials and engineering, powder, powder Materials science and engineering, gem and material technology, welding technology and engineering, functional materials, nanomaterials and technology, new energy materials and devices, material design science and engineering, composite material molding engineering, smart materials and structure;
. Materials science and engineering
Professional code: 080401 | Men and women ratio: 71: 29
1, what is material science and engineering major?
In 2012, the major officially appeared in the "Undergraduate Professional Catalog (2012)". Material science and engineering professional training has the knowledge of metal materials science and engineering, has a solid theoretical foundation and humanistic feelings, and has strong engineering practice and innovation capabilities. Engineering and technical talents engaged in scientific research, technology development, process and equipment design, production and management
.
2. Development prospects
Thetelling direction
Mudging, material processing engineering and material physics chemistry related majors.
employment direction
Mudging and engineering graduates can be engaged in production technology, materials development, quality of materials, materials development, quality Management, technical management and product marketing; you can also engage in scientific research and management in materials science in scientific research institutions, colleges and universities, quality inspection, and commodity inspection departments.
. Material Physics
Professional code: 080402 | Men and women ratio: 75: 25
1, what is material physics major?
In 2012, the material physics majors were included in the material category (0804)
. Material physics professional training meets the needs of social development, has good humanities and social science literacy, social responsibility and professional ethics, solid material physics professional knowledge and engineering skills, and good learning ability, innovation awareness, safety awareness, international vision and team The spirit of cooperation can engage in senior engineering and technical talents that can engage in material structure and performance analysis, scientific research, engineering design, technology development, production and operation and management in related fields such as photoelectric materials and devices.
2. Development prospects
The postgraduate direction
Pu materials and other disciplines and interdisciplinary disciplines.
employment direction
graduates are suitable for enterprises, business, technology and administrative departments related to physics or materials to engage in application research, scientific and technological development, production technology and management work. Study and teaching work can continue to study for master's degree in engineering or materials related to engineering subjects and interdisciplinary degrees.
. Material chemistry
Professional code: 080403 | Men and women ratio: 63: 37
1, what is material chemistry major?
2012 of the Chinese Communist Party and the Ministry of Education and Education of the Chinese People's Congress and the Ministry of Education and Education of the Chinese Communist Party and the Ministry of Education. Material chemistry specializes in training to meet the needs of social development, with good humanistic and social science literacy, social responsibility and professional ethics, solid professional knowledge and engineering skills with solid material chemistry, good learning ability, innovation awareness, international vision, and perspective The spirit of team cooperation can engage in senior engineering and technical talents who work in related fields to work in related fields, structure and performance analysis, scientific research, engineering design, technology development, production and operation and management.
2. Development prospects
The postgraduate direction
The areas of chemistry, materials, energy, medicine, machinery, agriculture, environment and other related fields continue to deeply study master's and doctoral degrees.
employment direction
graduates are mainly in optoelectronic information, new materials, new energy, petrochemical, engineering plastics, polymer materials, biomedicine, light industry, food, equipment manufacturing, energy conservation and environmental protection, analysis and testing, etc. Enterprises and institutions in the fields and industries are engaged in quality inspection, product development, production, technical management, etc.;
. Metallurgical engineering
Professional code: 080404 | Men and women ratio: 89: 11
1, what is metallurgical engineering major?
In 1998, metallurgical engineering was officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Metallurgical engineering specializes in the knowledge of metallurgical physics chemistry, steel metallurgy and non -ferrous metal metal metallurgy. Senior engineering technical talents and management talents.
2. Development prospects
Thetelling direction
metallurgy engineering, metallurgy physical chemistry, steel metallurgy, non -ferrous metal metallurgy.
In employment direction
. Graduates can engage in basic research, technical development, engineering design, technical transformation and other aspects in the field of steel metallurgy, non -ferrous metallurgy; Engage in technical development and technological transformation related to metallurgical disciplines; work in steel metallurgical and non -ferrous metallurgical manufacturers can engage in production organizations, technical economy, quality management, environmental safety, business and sales, etc. Engage in scientific research and development, factory design, process transformation and other aspects. In colleges and universities, you can engage in metallurgical experimental teaching; you can engage in metallurgical teaching at higher vocational and technical schools.
Five, metal material engineering
Professional code: 080405 | Men and women ratio: 80: 20
1, what is metal material engineering major?
In 1998, the major of metal material engineering officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Metal material engineering professional training meets the needs of regional socio -economic development, facing metal materials preparation, mechanical manufacturing, automobile manufacturing, process equipment manufacturing and other industries. It has basic knowledge of metal material engineering. High -quality application -oriented talents engaged in production process formulation, technological development (improvement), engineering (equipment) design and use, scientific research, production and management, and management of metal materials related to quality and performance testing.
2. Development prospects
The postgraduate direction
The majors such as metal materials, metal processing engineering and material physics chemistry and other majors continue to be studied and studied for graduate students.
In employment direction
basic graduates of metal materials engineering are mainly engaged in basic research, application research and development research on engineering materials, new materials and processing technology. , Light Textiles, Military Industry and other enterprises engaged in materials research and development, advanced metal materials technology, material selection and application, material quality and performance testing, technical development, process and equipment design, production and management of the first -line control, etc. Technical management and other work.
6. Inorganic non -metal material engineering
Professional code: 080406 | Men and women ratio: 77: 23
1, what is inorganic non -metal material engineering major?
In 1998, the inorganic non -metal material engineering major officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Inorganic non -metal material engineering professional training and adapting to the development of social, economic, and scientific and technological development, morality, wisdom, physical, aesthetic, and labor -integrated development, social responsibility, good professional ethics, comprehensive quality, innovative spirit and broad international perspective, with inorganic non -permanent non -permanent non -permanent non -permanent non -permanent non -permanent non The professional knowledge and skills of metal engineering can engage in high -level specialized talents who can engage in technology and product development, engineering design and management, and scientific research in new materials, mechanical vehicles, aerospace, power electronics, new energy, and new energy industries.
2. Development prospects
The postgraduate direction
Muditics, material processing engineering and material science and engineering related majors related to the postgraduate entrance examination.
In employment direction
The employment level of inorganic non -metal materials engineering is high and widely employed. Students can work in the field of strategic emerging industries -new materials, such as new energy materials, semiconductors, nanomaterials and coatings, electronic devices and other employment, but also in the field of traditional inorganic non -metal materials such as construction, real estate, metallurgy, and fire -resistant materials industry. Design, production, development and management, etc., can also work in teaching, scientific research and testing in colleges and scientific research institutes.
Seven, high molecular materials and engineering
Professional code: 080407 | Men and women ratio: 68: 32
1, what is the major of polymer materials and engineering?
1998 The undergraduate professional directory of the Ministry of Education and Education, the professional professional professional of high molecular materials is "polymer materials and engineering" major. The professional training of polymer materials and engineering has knowledge and engineering knowledge, and can engage in scientific research, technology development, technology development, equipment design, production and production, production and production, production, production, and production in high molecular materials and engineering Engineering and technical talents working in operation and management
.
2. Development prospects
Thetelling direction
Muditics, material processing engineering and material physics and chemistry related majors and chemical chemistry related majors.
employment direction
Hermes and engineering graduates of polymer materials and engineering can be in terms of petrochemical, electronic appliances, building materials, automobiles, packaging, aerospace, military industry, textiles, medicine and other systems, colleges, and scientific research institutions Eliver is engaged in plastic, rubber, fiber, coatings, adhesives, composite materials development, processing and modification, process and application, production technology management, market development and teaching; Materials, functional materials, biomedical materials, photoelectric materials and other special polymer materials.
eight, composite materials and engineering
Professional code: 080408 | Men and women ratio: 72: 28
1, what is composite material and engineering major?
In 2012, the composite materials and engineering majors officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. The foundation of composite materials and engineering professional cultivation, theoretical connection with the actual situation, innovative awareness, master the production principle and production process of new composite materials, can be competent for the management work and actual post operation of production enterprises such as inorganic materials, polymer materials, new composite materials, and other production enterprises. High -level and high -quality scientific research, teaching and engineering technical talents with high comprehensive quality and high -quality scientific research, teaching and engineering technical talents that meet the needs of social market development.
2. Development prospects
The postgraduate direction
composite materials and engineering majors can continue to be studied in materials related to materials, material processing engineering, and material physics chemistry.
In employment direction
Chematic graduates of composite materials and engineering can be engaged in enterprises, institutions, and scientific research institutions in the fields of cars, rail transit, aerospace, energy, military, textiles, petrochemicals, building materials and packaging Scientific research, production technology development, quality management of composite materials, or engage in product quality and material inspection and analysis in commodity inspection, customs, quality inspection, and foreign trade departments; they can also go to colleges and research departments to engage in teaching and research work.
. The science and engineering of powder material
Professional code: 080409t | Men and women ratio: 74: 26
1, what is the major of powder materials science and engineering?
In 2012, the major of powder materials science and engineering officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Powder material science and engineering training has good ideological quality, humanities and social science literacy, professional ethics, and international vision. It systematically masters the basic knowledge and engineering practice methods of powder materials science and engineering. Production organizations and management, product quality testing and development, technology development and process design, high -quality high value -added product manufacturing, comprehensive utilization and environmental protection, engineering planning and management, etc.
2. Development prospects
The postgraduate direction
The professional and engineering major of powder material science and engineering can continue to study master and doctoral degrees in the disciplines of materials, material physics and chemistry, composite materials, materials engineering and other disciplines.
In employment direction
graduates of powder materials science and engineering can be in the field of powder materials science and engineering and powder metallurgy, machinery, electrical electronics, transportation, new energy, instrumentation, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, aerospace, and aerospace, aerospace, aerospace, and aerospace, High -tech enterprises, scientific research institutes, and colleges and universities in industries such as national defense and military industry are engaged in the research and development, production management, and new technology development of new materials.
ten, gems and materials crafts
Professional code: 080410T | Men and women ratio: 37: 63
1, what is the major of gems and materials and crafts?
In 2012, the majors of gemstones and materials and crafts were officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. Gem and materials and crafts are trained to have good ideological morality and professional ethics, master the relevant principles and knowledge of gemstones and materials and technology disciplines, and obtain good training in jewelry appraisal technology. Well, high -quality application -oriented technology composite talents that can be competent for jewelry appraisal, processing, marketing and other jobs
.
2. Development prospects
The postgraduate direction
The majors in gemstones and materials and technology can continue to study master's and doctoral degrees in gems and materials and related majors.
In employment direction
graduates of gemstones and materials and technology can engage in the quality supervision and inspection business and related work of jewelry companies, jewelry appraisal agencies, customs, quality inspection and other departments; Appraisal and evaluation related work of institutions such as pawn banks; engaged in the business, production management and other tasks of jewelry enterprises; research and development of processing technology of jewelry processing enterprises; n.
eleven, welding technology and engineering
Professional code: 080411t | Men and women ratio: 92: 8
1, what is welding technology and engineering major?
In 2012, the welding technology and engineering majors officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. The welding technology and engineering majors are aimed at cultivating specialized knowledge and key technologies with the theoretical basic knowledge and welding structure manufacturing of welding professional backgrounds, mastering the theoretical and engineering system of welding technology and engineering systems. Essence
2. Development prospects
The postgraduate direction
This welding technology and engineering majors can continue to study master's and doctoral degrees in material processing engineering, material engineering, material science and engineering, aviation engineering and related majors.
In employment direction
The graduates of welding technology and engineering can engage in technical research, product design and research and development in the fields of electromechanical, petrochemical, car, rail transit, aerospace, energy and other materials processing , Production operation management, operation and other aspects, or work in teaching and scientific research in colleges and universities and scientific research institutes.
12. Functional materials
Professional code: 080412T | Men and Women's ratio: 66: 34
1, what is functional materials?
In 2012, the professional materials were officially appeared in the "Undergraduate Professional Catalog" of ordinary colleges and universities. Functional material training system master the basic theoretical knowledge of materials science and engineering, physics, chemistry, energy, information, environment and other related disciplines, as well as high -quality composite talents of specialized knowledge in the field of functional materials and devices; The process principles, preparation techniques and analysis methods of functional materials and devices can be engaged in the research and development of the design, preparation, characterization, modification, and componentization of multiple functional materials. After graduation, students can engage in senior technical and management work in the fields of energy conversion or storage materials, biomedical materials, sensing materials, sensitive materials, ecological environment materials and other fields.
2. Development prospects
The postgraduate direction
Muctivity material majors can continue to study master's and doctoral degrees in material science, material processing engineering and material physics chemistry, as well as related majors.
In employment direction
The functional material graduates can engage in production, research and development, process design, equipment management, raw materials procurement and product sales in rubber, plastic, resin and chemical fiber products; materials inspection Institutions are engaged in material testing, inspection and management; material testing instruments and equipment companies engage in sales, installation, debugging and technical support; pass the civil service examination into the commodity inspection bureau, quality inspection bureau, customs and other institutions to engage in professional management.
13. Nano -material and technology
Professional code: 080413t | Men and women ratio: 57: 43
1, what is the major of nanomaterials and technology?
In 2012, the major of nanomaterials and technology officials officially appeared in the "Undergraduate Professional Catalog" in ordinary colleges. The training of nanomaterials and technology training meets the actual needs of social and economic construction in my country. The comprehensive development of Germany, intelligence, physical, and the United States has a systematic and wide basic theoretical basis and skilled experimental skills of the basic theory of physics, chemistry, and material science. The solid nanomaterials theoretical foundation and the professional knowledge of the system, understand the development of the discipline, master the process equipment, test methods and evaluation technologies of nanomaterials and technology, and have the ability to engage in scientific research and solve local problems in the project. High -quality application -oriented talents who are engaged in scientific research, teaching and technical work with innovative spirit and practical ability.
2. Development prospects
Themail direction
nanomaterials and technology majors can be condensed in state physics, semiconductor devices, functional materials, nanomaterials, composite materials, environmental sciences, biomedical materials and related majors. Study for master's and doctoral degrees.
In employment direction
Nh nanomaterials and technology majors can engage in scientific research in related scientific research institutions, colleges and universities, or engage in high -tech companies such as electronic information, new energy, aerospace, instrumentation, biomedical and other high -tech enterprises High -tech content such as the development of new materials, the development of new products and the research of new technology technology. Equilities are engaged in scientific research, or high -tech companies such as electronic information, new energy, aerospace, instruments, and biomedicine are engaged in high -tech content such as new materials development, new product development and new technology technology research.
. Fourteen, new energy materials and devices
Professional code: 080414t | Men and women ratio: 78: 22
1, what are new energy materials and devices?
In 2012, the majors and devices of new energy materials and devices officially appeared in the "Undergraduate Professional Catalog of General College"
. New energy materials and devices professional cultivation to meet the needs of national new energy strategy, master the basic theory and knowledge in the field of new energy materials and engineering, have the design, manufacturing and application capabilities of new energy materials and devices, and strong practical ability and good development Potential composite senior professional talents; students mainly learn basic theoretical knowledge such as energy conversion and storage materials and their device design, master the preparation methods and representation methods of new energy materials, master the basic principles, assembly techniques and evaluation methods of related devices, in the way Focus on learning the professional knowledge of photoelectric conversion and devices, nanomaterials, battery structure and design. Based on the system of mastering the technical theory of professional fields, it has strong research and development capabilities, innovative awareness, organizational management capabilities, and high comprehensive qualities.
2. Development prospects
. After the direction of postgraduate entrance examination
The graduate graduates of new energy materials and device, you can continue to study materials science and engineering, material physics and chemistry, material science, renewable energy and clean energy, clean energy, clean energy, clean energy, clean energy, clean energy and clean energy, Power engineering, electrical engineering, electronic science and technology, and other interdisciplinary degrees or doctoral degrees.
In employment direction
Per graduates of new energy materials and device, can be in enterprise institutions such as new energy, new materials, photovoltaic power generation, energy storage devices, electric vehicles, photoelectric photos, high -end equipment manufacturing and other enterprise institutions and other enterprise institutions. Technology and administrative departments are engaged in application research, product research and development, process and device design, production technology and management positions, or engage in scientific research and teaching in relevant scientific research institutes and universities.
. Fifteen, material design science and engineering
Professional code: 080415T | Men and women ratio:-
1, professional definition The basic knowledge and skills of mechanics, material preparation, material analysis, etc., understand the basic performance, composition structure, design method, processing process, etc. of the material, and carry out the design, research and development, preparation, performance testing, failure analysis of new materials. Common new materials are: new materials, superconducting materials, energy materials, intelligent materials, etc.
2, development prospects
employment direction
material enterprises: material design, material analysis, material research and development, material preparation.
. Sixteen, composite material molding project
Professional code: 080416t | Men and women ratio:-
1, professional definition
The research and development capabilities of process problems have certain production technology management knowledge, especially in the field of aerospace manufacturing, the use of intelligent manufacturing methods for the design, molding and composite materials related products of aircraft composite materials and components, and have collaborative manufacturing knowledge , Engineering and technical talents in product development, application research, and operation management of aviation products.
2. Development prospects
employment direction
Aer aerospace field: processing and formulation and molding of composite material parts, new product process development, mold design and processing, product quality monitoring, material performance testing, etc.; machinery, etc. , Auto and other fields: development, processing and quality monitoring and production management of composite materials.
Professional connection
The test discipline suggestion: 3 1 2 provinces: preferred physics, then chemistry.
17. Smart materials and structure
Professional code: 080417t | Men and women ratio:-
February 21, 2020, "The Ministry of Education announced the registration and approval of undergraduate majors in ordinary colleges and universities in 2019 "Notice of Results" (Teaching Gaohan [2020] No. 2), the "New List of Advanced Undergraduate Professional List", which announced the "2019 Undergraduate Professional File and Approval Results" in the 2019 General Higher College, has a new professional "smart material and structure".