Intelligent manufacturing engineering is a typical cross-discipline, involving mechanical engineering, control engineering, electronic technology, computer networks, embedded technology and artificial intelligence technology, etc. Different universities will arrange specific training programs according to their own educational resources, some will focus on the direction of industrial robots, some will focus on the direction of CNC machine tools, some will focus on the direction of the intelligent production line etc.
From the point of view of the curriculum of intelligent manufacturing, students who choose to major in this field need to have a solid foundation in mathematics and physics, and at the same time have a strong learning ability and hands-on practical ability. Although the intelligent manufacturing engineering program is newly established, but in the graduate education stage, intelligent equipment is one of the more popular research direction, so in the discipline system is still relatively complete.
The employment direction of the graduates of the intelligent manufacturing program is mainly in three areas, one of which is technology enterprises, the current intelligent manufacturing field of science and technology companies is still relatively more, with the development of the industrial Internet, the future of the field of intelligent manufacturing will be one of the hot areas; the second is the intelligent manufacturing field of scientific research institutions; and the third is the traditional manufacturing enterprises.
While the current development prospects in the field of intelligent manufacturing is relatively broad, and the demand for jobs is relatively large, but the current demand for talent is still dominated by R & D talent, so if you want to have a stronger workplace competitiveness in the field of intelligent manufacturing, you should further enhance their own.
The strong support of the Ministry of Education is not unreasonable, intelligent technology is related to the future of China's social productivity. Graduates can engage in intelligent technology and engineering research, development, management and other work. With the development of modern intelligence, the profession has a high social demand, good employment prospects and high salary.
A statistic shows that in Japan, the entire industrial workforce, senior skilled workers accounted for 40%; Germany up to 50%. While China's proportion is only 5%, the national senior skilled labor shortage of nearly 10 million people.
Intelligent control technology majors and "Made in China 2025" background is highly compatible, has a very good employment prospects. It also has a wide range of industries and job adaptability, with broad prospects for career advancement.
Initial positions: can be engaged in the production of intelligent control products enterprise automation systems, industrial robots, industrial networks, such as the installation and commissioning technicians; production link inspectors, buyers; technical support staff, after-sales service; product sales and other positions. Can also be engaged in manufacturing enterprises, equipment operation, maintenance personnel, system operation operators, equipment purchasers and other positions.
Development positions: intelligent control system integration and application engineers, workshop intelligent control system management engineers, sales director and other aspects of the operation manager.