The hottest intelligent new force 50 people - rhin

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Qin Lei, a 50 person smart manufacturing robot, has become an education leader in the sub field of intelligent manufacturing

[guide] according to the proportion of robot density of 200 units/10000 people in developed countries, China must meet at least 15million intelligent manufacturing talent space in 2017 in order to keep pace with developed countries; The whole industry is facing the problem of talent retraining and introducing new talents

in recent years, with the release of "made in China 2025" and the overall transformation and upgrading of China's manufacturing industry, the development of intelligent manufacturing has accelerated, and many sub sectors are pregnant with new opportunities, among which industrial robots are a relatively hot field. According to the statistics of the Federation of Robotics (IFR), the sales volume of industrial robots in China in 2016 was 90000 sets, with a year-on-year increase of 31%, much higher than the world average growth rate of 14%. From 2011 to 2016, China's industrial robot market increased by more than five times. Since 2013, China has become the world's largest industrial robot market for four consecutive years. As of 2017, China has installed 400000 sets of industrial robots in total, with a total of more than 300000 sets

behind the rapid growth of industrial robot production is the wave of machine replacement represented by Guangdong, Zhejiang and other eastern coastal areas. These regions are traditionally large provinces of labor. In recent years, labor difficulties and labor shortages have led to rising labor costs, forcing manufacturing enterprises in these regions to enter the stage of machine replacement. The appeal and incentive policies of the local government for industrial upgrading have also stimulated the enthusiasm of enterprise machine replacement

strictly speaking, industrial robots in the market are not a complete product. Only after the integration of professionals can they really play a role in the production line and achieve the goal of reducing costs and improving production efficiency. According to the proportion of robot density of 2 million units/10000 people in developed countries, in 2017, China must meet at least 15million intelligent manufacturing talent space before normal protection and maintenance is of great significance to ensure the normal operation and measurement accuracy of equipment, keeping pace with developed countries; The "guidelines for talent development planning in manufacturing industry" prepared by the Ministry of education, the Ministry of industry and information technology and the Ministry of human resources and social security also clearly predicted the relevant talent gap data. The whole industry is facing the problem of talent retraining and introducing new talents. But where do talents come from? At present, the educational methods and curriculum of most vocational colleges are seriously divorced from the needs of enterprises. Enterprises can't recruit suitable people, graduates can't find suitable jobs, and the imbalance between needs and skills and knowledge has become one of the disadvantages of existing education. Recently, yiou entered rhino robot, an education enterprise focusing on Intelligent Manufacturing segments, to communicate with its founder Qin Lei and co-founder Ma Gongbo

rhino robot, founded in 2017, is a company focusing on the training of industrial robot talents. Its service target groups include newly graduated college and undergraduate students, personnel who want to engage in the robot industry, enterprise employees, etc. at present, it has trained more than 600 students, reached talent transfer agreements with more than 200 enterprises, and reached strategic cooperation agreements with several schools

initial intention - promote domestic robots and solve the pain point of talent shortage

Qin Lei, the founder of rhinoceros robot, has been engaged in robot related 863 plan, 973 Plan and National Natural Science Foundation projects during his Ph.D. With the purpose of promoting state-owned robots, he founded Xinpeng robot company in 2013, and developed a multi unit intelligent glaze spraying system for the bathroom and sanitary ware industry, an intelligent paint spraying system for the household industry, an automatic polishing system for the hardware industry, an automatic welding system for the mold industry, and an automatic loading and unloading handling system for the stacking industry, which further precipitated his experience in the field of industrial robots. In the development of Xinpeng robot, Qin Lei encountered great difficulties in recruiting relevant personnel who are competent in the design, application, after-sales maintenance and other aspects of industrial robot systems. The industrial robot market belongs to a structural shortage of personnel, the rapid development of the industry, the mismatching of relevant personnel reserves and educational resources, and the comprehensiveness and complexity of the skill requirements of the industrial robot industry, resulting in a serious lack of talents. He believes that in the development of national intelligent manufacturing, the biggest challenge is not the development level of robots and hardware equipment, but engineers and senior technicians who can deeply and skillfully design and maintain robot systems. This situation will directly lead to the high trial and error cost in the development process of enterprises, and restrict the development of the whole industry

in addition, he also noticed that other enterprises focusing on the robot field are also facing the dilemma of talent shortage. In order to solve this industry pain point, he founded rhinoceros robot in 2017, aiming to become a leader in the education industry in the intelligent manufacturing segment

Start - set up teachers and plan education mode

any education mode can fully consider the needs of users, let users master corresponding knowledge and skills in a limited time, and achieve their own goals, then this education mode is successful to some extent

according to Qin Lei, Xiling took the ability training of students as the goal from the beginning, and adopted enterprise level case teaching to meet the rigid needs of students. In terms of team building, Xiling not only hires personnel with rich experience in the field of robot application, but also conducts teaching and training for engineers who have been engaged in Xinpeng robot enterprise for many years, so that they can better impart their rich technical knowledge to students. In terms of equipment, rhinoceros is equipped with nearly 30 sets of six axis robots, including brands such as evert, KUKA, abb, and 45 sets of PLC industrial control training platforms. In addition, it is also equipped with a series of equipment such as typical workstations for welding, grinding and spraying and comprehensive training devices

different from the traditional education mode, in teaching, Xi Ling adopts the project-oriented teaching method, focusing on the practical operation of robots, incorporating the knowledge points of industrial control, electrical drawing, industrial robot project integrated design and other knowledge points that need to be mastered in the actual work into the project for students to learn, and the students' practical operation of equipment to meet their needs

when asked how Xi Ling can ensure that the students trained can fully meet the requirements of the enterprise, Ma Gongbo answered yiou: at the end of the course, the students need to independently complete a comprehensive assessment combined with the real cases of the enterprise. After passing the examination, we can judge that this student has reached the level of intelligent manufacturing integration engineer. It is reported that the assessment design completely relies on industrial field cases. For example, one of the topics is to complete the design of spraying workstation for sanitary products, and its goal is to let students design a fully functional robot spraying workstation. Rhinoceros provides transmission devices, various types of sensors, executive components, etc., so that students can cooperate in groups to comprehensively assess students' ability to solve engineering problems in the field of industrial robots, from device selection, programming and burning, electrical drawing drawing, electrical cabinet wiring to the final function realization

development - school enterprise integration, production and education integration

at present, the development focus of Xiling is mainly to train students, track and feed back graduates, get information about the competency of students for positions from cooperative enterprises, and timely iterate and upgrade its own product equipment and teaching system. Qin Lei revealed to yiou that Xi Ling has signed school enterprise cooperation agreements with Huafeng technical school, Guangdong Institute of technology and other colleges and universities, used its own advantages to realize the connection between enterprise clusters and university clusters, and built a bridge and revolving door for school enterprise cooperation. Through the three links of teaching, learning and learning, it can meet the internship and training needs of college students and further deepen the integration of industry and education

according to the mustard heap's summary of the national policy on Vocational Education in 2017, the most significant trend of Vocational Education in 2017 is the integration of production and education. There are more than 3000 school enterprise cooperation projects in the list of the first batch of industry university collaborative education projects in 2017 released by the Ministry of education, and the number of projects is far more than the previous project list. According to the frost Sullivan report, the proportion of domestic new graduates of higher education in the overall young unemployed increased from 35% in 2005 to 45% in 2016. The market demand for graduates with professional skills is rising, and most domestic public universities focus on academic research rather than practical skills training. At present, higher education needs to be reformed to meet the market demand. College teachers should not work behind closed doors, but should cooperate with enterprises to cultivate students' practical skills. Qin Lei said

planning - online and offline integration

it is reported that Xiling will plan to build an online education platform of Xiling cloud in the second half of this year, and train students by combining online and offline. On the one hand, online education can reduce the workload of teaching staff, further supplement the theoretical knowledge of students who should remember the correct wiring methods, and improve the efficiency of students; On the other hand, we can further establish a cooperative relationship with colleges and universities and export courses to colleges and universities; In addition, with the help of online education platform, students can use PLC and robot hardware in the loop simulation teaching equipment at home. Ma Gongbo said

generally speaking, there are not many enterprises entering the intelligent manufacturing and robot technology talent training track at present. On the one hand, there are technical barriers. On the other hand, in order to speed up the development of new material industry, there is a general prejudice against vocational education in China. It remains to be seen whether the enterprises in the field can truly run through the model and win the market before affecting tens of thousands of American employment giants to enter the field

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