“Whether your work will be replaced by robots in the futureâ€, when future 3D printing robots frequently appear in hotels, restaurants, supermarkets, and hospitals, we shouldn’t just be curious and novel to touch these robots, licking their arms Photographing and drying friends circle, but will comment thoughtfully. "Don't work hard in this society, 3D printing robots have been rushing to grab our jobs!" Indeed, 3D printing has been crazy to play all walks of life Toys, lampshades, shoes, food and even aero-engine parts are no longer a problem. Is such a crazy 3D printing really taking our rice bowl away?
“The thoughts of the last century, the technology of the last century, the market of this centuryâ€, 3D printing is not an emerging product. 3D printing, also known as additive manufacturing, originated in the 1980s and is a digital model file. Basics, the use of powdered metal or plastic bonding materials, through rapid prototyping devices, layer-by-layer printing to construct objects. It is a representative subversive technology in the manufacturing industry. Its biggest advantage lies in high product precision and production efficiency, and the entire printing process does not require real-time operation, which greatly reduces labor costs. The advantages of 3D printing "fast, good, and economical" make it more and more widely recognized in the market. At the same time, with the country's increased support for the 3D printing industry, China's 3D printing companies have achieved rapid development. There are more and more enterprises engaged in 3D printing technology research and development, equipment manufacturing and application services in China, and the scale of enterprises is gradually increasing, and the market competitiveness is continuously enhanced.
However, compared with the development of the 3D printing industry, the cultivation of 3D printing professionals is still in its infancy, and there is a huge gap in the talents of the entire industry, which cannot provide strong talent support. According to the survey, at present, the gap in professional talents in China's 3D printing industry exceeds 10 million. The manufacturing industry has the largest demand for 3D application talents, with a gap of about 8 million. The demand in the future is still rising. According to the relevant research of Guotai An Vocational Education and Industrial Development Research Institute, the talents required by China's 3D printing industry enterprises can be divided into three types according to the industry level of the enterprise: First, the 3D printing technology research required by upstream technology and material R&D enterprises Materials development talents, secondly, 3D printer production R&D talents required by midstream equipment manufacturers, and third, technical application talents for 3D printer marketing, after-sales service and 3D printing services required by downstream service providers (China Vocational Education Yearbook) (2016)"). The cultivation of 3D printing industry talents is inseparable from education, especially the vocational education that directly applies skill-based talents.
Each vocational college will have certain regulations and requirements for the technical skills acquired by students according to the different characteristics of local industry development. More typical, such as the Guangzhou 3D printing technology professional opened by Baiyun Industrial and Commercial Technician College, the major is to train talents for product manufacturing enterprises and 3D printing service industry in Guangdong and the Pearl River Delta region. At present, the 3D printing professional courses of 7 vocational colleges such as Shandong Kewen Technology Vocational College, Guangzhou Baiyun Business Technician College, Wuhan Vocational and Technical College, and Qingdao Electronic School are divided into theoretical courses and practical courses. The professional courses of the seven institutions are basically aimed at highlighting the core competence of the professional, taking into account the extension and expansion of the comprehensive ability. Specifically, professional core courses include mechanical drawing, computer-aided design, engineering mechanics, mechanical design basis, machining foundation, mold design and manufacturing, mold manufacturing process, 3D measurement, 3D manufacturing, mold CAD/CAM/CAE, etc.; The practical courses include 3D scanning technology and application, principle and maintenance of 3D printing equipment, and comprehensive training of 3D printing design. (For more information on 3D printing professional technology application talent training, see "China Vocational Education Yearbook (2016)", 10,000 words omitted here)
At this point, friends who are worried about 3D printing robots may take your rice bowl, until you understand that the 3D printing industry is like this, it is still lacking so many talents, then you may wish to change your mind when you are sad, 3D printing can grab Take the rice bowl, but it is also making a rice bowl at the same time, as long as you work hard, no one can grab your rice bowl!
Shandong Shengquan New Materials Co., Ltd. , https://www.sqnewmaterials.com