Japanese mechanical majors mainly include mechanical design, manufacturing and automation, material forming and control engineering, industrial design, process equipment and control engineering. Many colleagues have misunderstood the employment prospects of this kind of mechanical specialty, and think that the counterpart work of this kind of mechanical specialty is not very good? Decent? . In fact, they all ignore the extensive adaptability of mechanical specialty, such as its application in equipment maintenance, numerical control maintenance, environmental protection equipment design and other fields. At the same time, mechanical specialty also involves many interdisciplinary subjects. Through the accumulation of these knowledge, it also provides a strong guarantee for cross-mechanical specialty and cross-industry employment. This kind of mechanical specialty requires students to have keen sensibility, unique creativity, imagination and strong practical ability.
In fact, not all the popular mechanical majors in Japan only deal with hard machines, such as industrial design machinery, which is an art-related mechanical major. ? What is industrial design Some people think that industrial design is simple packaging. Industrial design is actually a mechanical specialty that plans and designs modern industrial products, product structures and industrial structures, and constantly innovates. It is the core process of transforming scientific and technological achievements into products, forming commodities, meeting demand and being beneficial to environmental protection, the landing point of technological innovation and knowledge innovation, and the systematic method of mutual transformation of products, commodities, supplies and wastes.
Japan's mechanical specialty is to train applied senior professionals who have the basic theory, knowledge and application ability of industrial design and can engage in industrial product modeling design, visual communication design, environmental design, teaching and scientific research in enterprises, institutions, mechanical design departments and scientific research units. It is not easy to quantify the proportion of industrial design in the value of a product, because it is contained in it and is a soft value. There are some similar examples abroad. For example, there is a saying in the United States: if an enterprise brings benefits by investing in technology and equipment renewal, the benefits brought by industrial design are five times that of it. In this way, the important position of industrial designers is self-evident.
The following is the ranking of automation majors in Japanese universities:
1, University of Tokyo
2. Kyoto University
3. Osaka University
4. Northeastern University
5. Nagoya University
6. Kyushu University
7. Hokkaido University
8. tokyo institute of technology
9. University of Tsukuba
10, Hiroshima University
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Introduction to automation specialty:
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Teaching link
Including metalworking practice, basic computer application training, electronic technology practice, electronic technology curriculum design, professional curriculum design, production practice and so on. , usually arranged in the summer semester.
Training objectives
The students trained in this major should have engineering technical foundation and certain professional knowledge in a wide range of fields, such as electrical technology, electronic technology, control theory, automatic detection and instrument, information processing, system engineering, computer technology and application, network technology, and be able to engage in system analysis, system design, system operation, scientific and technological development and research in the fields of motion control, industrial process control, power electronics technology, detection and automation instrument, electronics and computer technology, information processing, management and decision-making.
Professional training requirements
Students in this major mainly study basic theories and knowledge such as electrical technology, electronic technology, control theory, information processing, system engineering, automatic detection and instrumentation, computer technology and application, and network technology. They have received good engineering practice training and have the basic ability of system analysis, design, development and research.
Professional knowledge and ability
1. Solid foundation in natural science, good foundation in humanities and social sciences, and strong comprehensive foreign language ability; 2. Master the extensive technical basic theoretical knowledge necessary in this professional field, mainly including circuit theory, electronic technology, control theory, information processing, computer software and hardware foundation and application, etc. 3. Have a good understanding of motion control, industrial process control and automation instruments, power electronics technology and information processing, have professional knowledge and skills in this professional field 1-2, and understand the frontier and development trend of this professional discipline; 4. Get better engineering practice training in system analysis, system design and system development; 5. Have certain scientific research, scientific and technological development and organizational management capabilities in this professional field, and have strong work adaptability.