Harbin Institute of Technology s material forming machine control engineering

Introduction to the major direction of Harbin University of Science and Technology's on-the-job graduate students: This major is a provincial key major, and the discipline has the right to confer master's degrees and doctoral degrees, and can accept postdoctoral fellows to engage in scientific research. This major emphasizes the application of IT technology in the field of welding.

Through the study of this direction, students will be able to master the basic knowledge and skills of material forming and control technology, as well as related machinery, electrical inventory, electronic technology, computer application, etc. In the fields of advanced welding technology, microelectronic assembly technology, he is engaged in scientific research, technology development, process and equipment design, production and operation, etc., and has certain modern mold forming technology and design capabilities.

The main courses of on-the-job graduate students in material forming and control engineering: basic courses of material forming, engineering materials, material forming testing technology, material analysis and testing, material forming equipment and control, mechanical properties, computer-aided design basics, material forming numerical simulation and other professional basic courses. Welding metallurgy and metal weldability, welding structure, welding method, welding inspection, welding new materials and new processes, welding structure manufacturing, welding robots, electronic packaging materials and processes, electronic packaging posture crack reliability, electronic packaging equipment and technology, micro-connection testing and analysis methods, mechanical drawing, engineering mechanics, mechanical principles, mechanical design and other theoretical courses and experimental courses, understanding practice, production practice, curriculum design, skills training, scientific research training, graduation design and other practical teaching links.

Harbin University of Science and Technology material forming and control engineering on-the-job graduate employment direction: in addition to some graduates who have obtained master's degrees, others can be engaged in the research, design and management of material processing and production technology in machinery, automobile, instrumentation, aerospace and other industries; You can also be engaged in the design and development of new products, new processes and new equipment for material molding, as well as product quality testing and analysis in research institutes or design institutes and various omen testing departments; They can also engage in teaching and scientific research in colleges and universities.

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The major of material forming and control engineering is a comprehensive discipline integrating heat treatment of metal materials, liquid molding of materials, plastic molding of materials, and material connection. This major is now a key discipline at the university level of Harbin University of Science and Technology, with the right to confer master's degrees, and has two professional directions: welding and mold. At present, there are more than 300 undergraduate students and 23 graduate students.

There are three aspects: knowledge, ability and quality).

Cultivate students' all-round moral, intellectual, physical and aesthetic development; They have a scientific style of seeking truth from facts, a high degree of spiritual civilization, and lofty scientific research ethics. Students should master solid basic theories, systematic basic theories of materials science, necessary materials engineering application techniques, basic experimental skills and scientific and innovative research methods. Proficient in a foreign language, with the basic knowledge and application ability of computer software and hardware, and the ability to further study and become a senior talent in various industries.

The total number of undergraduate hours in this major is 2646 hours.

Professional basic courses: material forming equipment and control, thermal processing technology foundation, mechanical design foundation, mechanical engineering materials, material testing, mechanical properties, mold CAD, material forming process measurement and control technology, etc.

Welding professional direction courses: welding metallurgy, welding structure, welding methods, welding new materials and new processes, welding robots, etc.

Forging (Mold) Professional Direction Course: Material Forming Principles and Processes, Metal Plastic Forming Processes and Mold Design, Plastic Molding Processes and Mold Design, Die Casting Mold Design, Mold Design Application Software, etc.

Elective courses are offered in the direction of micro-connection and electronic packaging: connection materials and lead-free surface assembly technology, interface behavior of interconnection and connection reliability, etc. (1) Professional visits and networking activities, first-year visits to the advanced laboratories of the college, etc., to improve students' initiative and consciousness in learning science and technology in the field;

2) Arrange two academic lectures by experts and professors inside and outside the school every year, mainly in material processing, so that students can keep abreast of the frontiers and development trends of materials and related interdisciplinary science and technology;

3) Set up open laboratories for special welding, welding material design, mold design, welding measurement and control, etc., for students to carry out scientific and technological activities and cultivate innovative thinking and practical ability;

Introduction: This major is a provincial key major, and the discipline has the right to confer master's and doctoral degrees, and can accept postdoctoral fellows to engage in scientific research. This major cultivates senior engineering and technical talents who have the basic theoretical knowledge and basic skills in the science and engineering of material forming and control, basic experimental skills and scientific and innovative research methods, and can undertake technical work such as welding, mold forming and microelectronic assembly.

Through the study of this major, students can be engaged in scientific research, technology development, process and equipment design, production and operation in the fields of precision welding technology, microelectronic assembly technology, intelligent welding process and robot welding technology, metal plastic molding process and mold design, plastic and die-casting mold design, mold CAD cae cam capp and its integration technology, magnesium alloy precision forming technology, plate hydroforming and modern molding technology and optimization design. Emphasizing the application of computer technology in material forming and control engineering, students have a wide range of knowledge, adaptability and strong employability.

Main courses: This major mainly offers basic courses: material forming basics, engineering materials, material forming testing technology, material analysis and testing, mold CAD, material forming equipment and control, mechanical properties, welding metallurgy and metal weldability, plastic molding principle, metal plastic molding process and mold design, die-casting mold design, mold design application software, laser welding technology and other courses.

Employment direction: In addition to the corresponding part of the graduates who have obtained a master's degree from a domestic university, the rest can be engaged in the research and management of material forming, processing and production technology in various industries such as machinery, automobiles, instruments and meters; Engaged in the design and development of new processes and new equipment for material forming, product quality testing and analysis in research institutes or design institutes and various testing departments; Engaged in teaching and scientific research in colleges and universities.