The Xinxiang College conscientiously implements the global requirements of the Ministry of Education and the five other departments on the “reform plan for the adjustment and optimization of the discipline and major environments” and the important decisions and deployments of the committee Provincial of Henan and the provincial government for the “three adjustments and optimizations” and is closely connected with the demonstration zone “Zheng Luoxin National independent” Demonstration zone “Xinxiang Positioning and the great strategic needs of the development of intelligent manufacturing, of the Battery and new clusters from the energy industry. Industry and education.
By focusing on the characteristics of 3D printing, we will adjust and optimize disciplines and majors
Enter the opportunity and enter the opening of a major engineering of additive manufacturing in the country. The school aims for the economic strategic opportunities of the province of Henan and the city of Xinxiang to develop the manufacture of equipment and the industry of new materials. Engineering and its automation, and software engineering, targeting the professional gap in the training of first cycle talents in the 3D printing industry. And automation will be very integrated and applied and approved as the first cycle in “additional manufacturing engineering” of ordinary universities.
Innovate and build a professional 3D printing cluster. According to the idea of ”I have no one, I have it, I have it, and I have it, and I have it, and I have it, and I have it, and I AI, and the school focuses on the three dimensions of “high benchmark, intelligence +, innovation and entrepreneurship”, and in accordance with the concept of “intensive management of schools, professional clusters and resource integration”, concentrating On the regional industrial belt and the industrial chain, with intelligent manufacturing as a guide, decomposing the barriers of colleges and majors, integrating the resources, incorporating deeply, actively presenting six majors in emerging engineering such as intelligent construction, putting Actively five advanced and rare majors such as robotic engineering and the establishment of five advanced and rare majors artificial intelligence in advance and the other two majors leading future technology and industrial development, build a 3D printing discipline, involving 9 secondary colleges, 15 first -level disciplines and 28 majors (directions), connecting with regional industrial clusters, serving the regional industry. is launched in a new unique path of cross integration to cultivate applied and composed talents.
Deepen the connotation and improve the quality of the training of new engineering talents. The school adheres to the new concept of training of engineering talents of “general knowledge as a basis, major as basic and practice as a key”, improves the training mechanism of interdisciplinary, crossed and trans-professional collaboration and explores the training of major recruitment talents in the 3D printing discipline and the reform of the major model (major first year, second, third and fourth year, put the excellent talent and quality improvement plan for quality, put Fully implemented by the tutor system, small classes and personalized requirements and strive to improve awareness of students’ innovation, innovation capacity and literacy of scientific research. Professional cluster, machines, materials and chemical engineering, biology and medicine have been selected in the new series of key disciplines in the Henan province. National and provincial. “The 3D -based practice of practice education” has been approved by the provincial level.
Deepen the integration of industry and education and find the objective of the development of the service industry
Build a community of the school company. The Xinxiang College closely follows the needs and advanced technologies of the 3D printing industry and actively provides. and other main 3D printing companies. , he uses alliances and communities as links, and complies with companies that are jointly developing professional courses, jointly build micro-training platforms, 253 training bases on campus, 291 training bases outside campus , etc., make “two” –day mutual progress “and focus on the culture of students. Practical ability to improve innovation, entrepreneurship and students’ employment capacities.
Construction of an industrial industry college. The school adheres to the principle of “sharing of resources, complementary advantages and win-win cooperation”, focuses on the industrial strategic provision of the province and the city, actively connects to industries and regional companies, and has successively built 10 different types of industrialists and industry colleges, in particular the manufacture, biology and medicine additives, intelligent materials and chemical engineering, intelligent equipment and lifting have been approved by Henan Modern Industry College and Industry College. Explore and practice the new model of “double materials, deep integration” in the colleges of industrial industry and build long-term long-term cooperation in long-term cooperation in the “co-construction of majors and bases of Training, joint management, joint education of talents, joint teacher training and shared interests “effective operating mechanism and multi -party assessment and evaluation mechanism to promote in -depth integration of sports and production staff and education and improve the quality of talent training ”. New engineering “.
Create a collaborative communication platform. The School organized four “consecutive technological innovation forum in the 3D printing industry industry, inviting well -known universities and universities and academics such as the ‘Tsinghua University to meet in Xinxiang to focus on theoretical and technological research and development, and the promotion and application of results in the fields of 3D printing and social manufacturing. of the education of the industry, the prospects for the development of 3D printing and social manufacturing, and the new productivity of the quality of the service of regional services.
Focus on industrial needs and promote high quality development in the regional economy
Build a R&D platform to meet social needs. The school was approved as a 3D printing technology research center in the Henan province, to build the Xinxiang 3D printing industrial park, and jointly build the inspection and evaluation center Materials of new materials (3D 3D printing) with the department of municipal government of Xinxiang and the Northwest Polytechnical University Municipal Department and Northwest Polytechnical University to serve the tests and the evaluation of new materials, and serve education and Tester training and serve major national scientific and technological projects, and build a center of industry and a regional center for the development, tests and evaluation of new high -end materials in China in China; Build a 3D Printing Production Production and Treatment Center with Tsinghua University, oriented towards business needs and scientific and technological innovation as a nucleus, build a production platform around manufacturing technology of 3D metal printing, cultivate scientific research and innovation teams, carry out 3D 3D metals, impression of production and treatment, research and technological development, staff training and promotion of Results, and carry out a specific service to the development of industry and social needs.
Establish a scientific research team to solve development problems. The “Intelligent National Intelligent Crane Equipment Design Center” team is committed to seeking in the field of intelligent development of cranes and has independently developed more than 80 realizations of related patents such as the intelligent anti-swing system of cranes, technology 3D printing for key lifting parts, to help intelligent lifting. And negative electrodes, electrolytes, packaging processes and batteries. “Strategy. The results of the porous research team for medium heat transfer and mass transfer” Fractal research on heat and mass transfer of double media with pores “won the second prize of the Natural Provincial Henan Science Award.
Browse scientific and technological research to promote the transformation of results throughout the chain. The school has cooperated with Suzhou Boli to jointly build the “3D printing digital manufacturing innovation center” and use 3D printing technology to develop related products in the field of culture and museums; ., Ltd. – Xinxiang City Vision Vision Crane Anti-Swing Intelligent Control System Project, carrying out the design and development of high-precision dynamic precision detectors, integrated swing analysis system, CNC Rapid CLC with intelligent servomage loop, technology adjustment ,, and high-responsibility Hydraulic Automatic Control Technology; In Recent Years, The School has accumulated 175 Results Transformation and horizontal cooperation contracts Were signed, with a contract love of more than 44.77 million yuan, Achieving More Original and Disruptive Scientific and Technological Achievements from Campus to companies, laboratories to production lines , from the “library” to “shelf”, the promotion of scientific and technological innovation “key variables” are transformed into “maximum increase” of new quality productivity.
