Metal material engineering specialty
This major aims to cultivate applied senior professionals with practical ability and innovative spirit who have knowledge of metal material science and engineering and can engage in scientific research, technology development, process equipment design, production and management in the fields of material structure research and analysis, metal material, material preparation and metal material forming.
Main courses: material science foundation, engineering graphics, physical chemistry, engineering mechanics, mechanical design foundation, electrical and electronic technology, computer foundation, computer program design, material mechanical properties, material physical properties, modern analysis methods, CAD foundation, metal melting technology, metal liquid forming principle and technology, new material preparation method, metal plastic processing, metal heat treatment principle and technology, material quality control and detection technology, and project management.
The graduates of this major have a high one-time employment rate. They can engage in product development and research of engineering materials and new materials in scientific research institutes, and also engage in engineering technology and management work such as material preparation, material selection and application, material quality and performance testing in shipbuilding, machinery, electronics, aerospace, transportation, energy, chemical industry, metallurgy, construction, textile, military industry and other enterprises.
Material forming and control engineering major
This major trains high-quality compound senior professionals who master the basic knowledge and theory of materials and machinery, as well as the control technology of material forming technology and equipment, and engage in design and manufacturing, engineering application, scientific research, technology development, enterprise management and sales in the field of material forming and control.
Main courses: engineering graphics, engineering mechanics, elastic-plastic mechanics foundation, mechanical design foundation, electrician and electronic technology, microcomputer principle and application, material science foundation, modern analysis method of materials, material forming principle and technical foundation, metallurgical transmission principle, solidification principle, casting alloy and its melting, liquid forming technology and mold design, special casting and mold design, numerical simulation technology of material forming, plastic forming principle, plastic forming technology and mold design, Die casting technology and mold design, material forming CAD/CAM, material forming equipment and automation, material forming test and control, modern mold manufacturing technology, introduction of mainstream CAE software, rapid prototyping and rapid mold manufacturing, nondestructive testing, engineering management and humanities and arts courses.
After graduation, you can work in various enterprises and research institutes, such as machinery, metallurgy, shipping, transportation, energy, aerospace, electronics, construction and so on. , in metal and nonmetallic materials forming process and product design, quality control and inspection, design and manufacture of related equipment and molds, application and development of CAD/CAM software, numerical control processing, computer control and application, organization and management of production process, marketing and so on.
Welding technology and engineering specialty
This professional training system grasps the basic theories and professional knowledge necessary for material science, welding metallurgy and material weldability, welding equipment and its automation, welding stress and deformation control, pays attention to the comprehensive application of multidisciplinary knowledge, and obtains senior engineering and technical talents with basic training for engineers. After graduation, students can engage in experimental research, development and design, operation management and sales of welding technology and engineering in shipbuilding, machinery, chemical industry, national defense industry and other fields.
Students in this major mainly study basic theories and professional knowledge necessary for material science, material connection principle, welding equipment and its automation, welding structure design and manufacture, and have certain engineering and technical knowledge, preliminary technical and economic analysis and management knowledge.
Main courses: physical chemistry, engineering mechanics, mechanical design foundation, material science foundation, electrical and electronic technology, microcomputer principle, computer application in welding, material connection principle, welding methods and equipment, welding structure and design, engineering management and humanities and arts courses.
Jiangsu University of Science and Technology is the only school specializing in welding technology and engineering in shipbuilding industry, and it is also one of the few welding majors with the longest running history in China. The graduates and graduate students trained by this college are of high quality and wide adaptability, which are widely praised by employers. In recent years, the graduate employment rate has always been in the forefront of universities in Jiangsu Province, and the graduate employment rate has remained at 100% for several years.
Polymer materials and engineering
This major cultivates senior engineering and technical talents who have all-round development in morality, intelligence and physique, master the basic principles of polymer material synthesis and processing, can engage in scientific research, technology development, process and equipment design, production and management, teaching and other aspects in the fields of polymer material synthesis, modification and processing, and have pioneering and innovative spirit and competitive ability.
Main courses: organic chemistry, physical chemistry, inorganic and analytical chemistry, chemical engineering principles, polymer chemistry, polymer physics, polymer processing principles, modern material analysis methods, polymer synthesis technology, polymer material research methods, polymer material modification, coatings and adhesives, composite materials, engineering management and humanities and arts courses.
Graduates of this major have a wide range of employment choices and strong adaptability. It is suitable for the research and development, production and management of new products in production enterprises and scientific research institutes, such as the synthesis and processing of polymer materials, composite materials, rubber, plastics and fiber products, as well as teaching and scientific research in colleges and universities. Mainly for chemical industry, building materials, automobile, petrochemical, aerospace, electronics, home appliances, packaging and shipbuilding industries.
electronic packaging technology
In the field of electronic packaging, this major focuses on electronic packaging technology and packaging materials, and trains engineering talents who systematically master the basic theories and corresponding control technologies of interdisciplinary subjects such as material science and engineering, electronic science and technology, mechanical engineering, electronic packaging technology and equipment. I mainly study the basic theory and application technology of materials science and engineering, electronic science and technology and other related interdisciplinary subjects, focusing on the basic theory and technology of electronic packaging and receiving the basic training of modern engineers. I have the basic ability to engage in electronic packaging technology and equipment, electronic packaging materials, process control, application technology development and production organization and management.
Main courses: engineering mechanics, foundation of materials science, foundation of solid-state electronics, principle and method of material connection, electronic packaging structure and technology, foundation of electronic manufacturing technology, physical and mechanical properties of materials, electronic technology materials, electronic assembly technology, theory and engineering of electronic packaging reliability, connecting equipment and its automation, engineering management and humanities and arts.
After graduation, students majoring in this major are mainly engaged in scientific research, technology development, packaging testing, product design, production, management and sales in IT, electronic packaging materials, electronic packaging technology and engineering and other related industries, including devices and systems manufacturing of communication equipment, computers, network equipment, military electronic equipment and video equipment, as well as enterprises and research institutions of electronic packaging materials, electronic packaging equipment and electronic packaging technology.
Metal material engineering major (direction of corrosion and protection)
This major mainly studies corrosion mechanism, corrosion protection methods and applications. In the specialty of corrosion and protection of metal materials, the training system grasps the corrosion mechanism, corrosion protection methods and applications of metal materials and the basic theory of corrosion electrochemistry. Basic skills in calculation, testing, document retrieval and data analysis, and anti-corrosion methods in practical engineering applications, and familiarity with anti-corrosion process design and testing equipment. High-quality application-oriented talents with innovative spirit who can engage in scientific research, design and manufacture, technology development, enterprise management and practical engineering application in the fields of metal materials, electrochemistry, corrosion protection mechanism, electrochemical corrosion protection method, coating production and coating technology. Adapt to the development of market economy.
Main courses: computer programming, CAD foundation, electrical and electronic technology, mechanical design foundation, engineering graphics, organic chemistry, physical chemistry, polymer physics, polymer chemistry, material science foundation, mechanical properties of materials, modern analytical methods, corrosion science, corrosion-resistant metal materials, metal corrosion experimental methods, coating chemistry, material protection, coating process corrosion, corrosion electrochemistry, coating chemistry, coating technology, functional polymer materials.
Employment direction: this major has a wide range of employment and a large demand. It can be used in various enterprises and scientific research institutes for the research and engineering application of metal material anticorrosion mechanism, fuel cell, engineering anticorrosion method and application, coating production, coating technology, electrochemistry and so on. You can also continue your graduate studies and engage in theoretical teaching, scientific research and technical management related to your major.