Overview

As one of the first 14 "2011 universities" in China, Nanjing Tech University established the "2011 College" in order to explore the reconstruction of China's outstanding undergraduate education, cultivate outstanding scientific and technological talents, and achieve the strategic goal of "comprehensive, research-oriented and global", and selected outstanding undergraduate students from the whole university in 2013.

The college draws on the concept and method of talent training in first-class universities at home and abroad, and in accordance with the concept of educating people with "teaching and enlightening wisdom, educating people, becoming professional talents, and spiritual adults", the college strives to transform the comprehensive advantages of the school, the policy advantages of the government, and the industrial advantages of the region into the advantages of talent training, and explores how to promote the reform of talent training methods under the conditions of popularization, especially the reform of the elite talent training model; explore how local colleges and universities can combine with local governments and industries under the new situation, innovate the school-running model, and go out of China's own" Stanford-Silicon Valley" development model; explore how Chinese universities cooperate with internationally renowned universities to run schools, use international resources to achieve leapfrog development of schools, and strive to build 2011 College into a platform for innovation and incubation of horizontal scientific research achievements, and become a first-class internationally renowned high-level college in China.

Education Programs

Chemical Engineering and Technology (2011 Top Innovative Talents Class)

This major is a broad foundation, wide caliber, adaptable general-purpose process engineering major, which not only undertakes the important mission of promoting the sustainable development of petrochemical and chemical industries, but also serves many industries such as energy, materials, electronics, environmental protection, light industry, pharmaceuticals, etc. It is closely related to modern civilization, clothing, food, housing, transportation, and high-tech industry. This major aims to cultivate senior engineering science and technology talents who master the basic laws and principles of chemical production processes and equipment, and can engage in scientific research, technology development, engineering design, production management and market trade.

Bioengineering (2011 College Top Innovative Talents Class)

This major is the first batch of national characteristic majors, the Ministry of Education professional comprehensive reform pilot majors, the first batch of brand majors in Jiangsu Province, and the professional ranking ranks among the best in China. This major aims to cultivate senior engineering and technical talents who master the basic theories and skills of modern biological engineering technology and industrialization, such as scientific principles, process technology processes and engineering design, and can engage in design and production management, new technology research, and new product development in the field of biotechnology and engineering.

Materials Science and Engineering (2011 College Top Innovative Talents Class)

This major is a national-level specialty major, a national talent training model innovation experimental area, a pilot unit of the Ministry of Education's "Outstanding Engineer" program, and a national engineering practice education center. Guided by the cultivation of students' comprehensive ability and the cultivation of innovation ability as the core, this major aims to cultivate composite innovative talents with solid basic theories, strong engineering practice ability and social development ability in the field of materials science and engineering.

Optoelectronic Information Science and Engineering (2011 Top Innovative Talents Class)

This major is oriented to the development needs of strategic emerging industries in the field of optoelectronics, closely combined with the basic theory and the frontier of disciplines, and pays attention to cultivating senior composite talents who are engaged in the research and development and management of new products, new technologies and new processes in the fields of photovoltaic materials, new batteries, photoelectric display and luminescent materials and devices, sensors and information storage materials and devices, and other production and engineering technologies.

Academic Adviser

Dr. Lu Lei :

Dr. Lu Lei is a professor at the School of Materials Science and Engineering of Nanjing Tech University, a standing director of the China Energy Society, the director of the Thermal Test center of pre-decomposition kiln systems, the director of the Department of Raw Material Engineering and the director of the Institute of Silicate Engineering.

Mainly responsible for teaching and scientific research work, he has been awarded the personal advancement of "teaching and educating people" in the school, and has been awarded the outstanding graduate guidance teacher many times. The teaching main course "Principles of Materials Engineering", the professional course "Engineering Thermodynamics and Energy Saving", the postgraduate degree course "Advanced Heat Transfer" and other work;. More than 20 degree and master's degree students participated in the compilation of "Cement Industry Thermal Equipment" textbook, which has been used by many domestic colleges and universities; scientific research is mainly engaged in thermal engineering, new dry pre-decomposition kiln system thermal diagnosis, system optimization, technical transformation; fire analysis and energy-saving technology of energy-using equipment, industrial waste residue, raw fuel characteristics research, optimization of ingredient tests, etc. At present, the preparation and performance of composite waste slag glass-ceramic and optical and electrical glass-ceramic are being carried out, and the research of building self-temperature regulating phase change materials is being carried out.

Prof.Dr.WEI Rongqing is a professor at the School of Biological and Pharmaceutical Engineering, Nanjing Tech University.

From 1969 to 1975, she was an announcer at the Thirteenth Research Institute of the Commission of Science, Technology and Industry for National Defense; from 1975 to 1978, a student in the Department of Biology, Nanjing University, majoring in biochemistry; from 1978 to 1980, she was an intern researcher at the Academy of Military Medical Sciences; from 1981 to 1984, she was a teacher at the Naval Medical College; from 1984 to 1987, she was a graduate student of naval military medicine; and from 1987 to 1992, she was a lecturer at the Naval Medical College of the Second Military Medical University From 1992 to 2003, she studied in Germany, successively served as a visiting researcher at the Institute of Botany of the University of Tübingen and the Nuclear Medicine Research Center of the University Hospital of Tübingen, during which she published 9 research papers; from 2013 to the present, she has been a professor at the School of Biological and Pharmaceutical Engineering, Nanjing Tech University. Since returning to China 10 years ago, she has participated in and completed the research and development of a National Natural Science Foundation of China, an 863 project, a national science and technology support project, a 15th Public Relations Project of Jiangsu Province, the Department of Environmental Protection, the Department of Education, and other projects. She has published more than 60 articles, including 28 in SCI and EI; applied for 43 invention patents, and has had 26 authorized.

Professor Gu Heping, Ph.D., Master Supervisor

Main research areas: mass transfer separation, chemical transfer. In recent years, he has carried out wastewater treatment and reuse of petrochemical enterprises, research and testing of advanced polymer material modification, and development of membrane water treatment technology, and promoted scientific research and teaching equipment to more than 60 universities, research institutes and enterprises across the country, and at the same time carried out enterprise technical and economic project evaluation. He has undertaken the national Ninth Five-Year Plan key technical research project, the person in charge of the sub-project of the 863 project, the key technical research project of the ministry and province, and completed a number of large-scale key enterprise entrusted projects. He has long been engaged in the teaching of the "Transfer Process" course for graduate and undergraduate students, and is the leader of the course, in addition to undertaking the teaching of the "Technology Economics" course for graduate and undergraduate students. Published 5 textbooks, several papers and patents. He has won the second prize of the National Science and Technology Progress Award, the first prize of the Provincial Science and Technology Award, the second prize of the Scientific and Technological Progress Award of the China Petroleum and Chemical Industry Association, the first prize of the Science and Technology Award of the China Membrane Industry Association, the special prize of the Provincial Excellent Teaching Achievement Award, the award of the Jiangsu Higher Education Society, and the first "Top Ten Teachers of Virtue" of the university.

Meihua Xu, Ph.D., is a professor at the School of Science, Nanjing Tech University.

Mainly responsible for teaching and scientific research work, he has been rated as an advanced individual in teaching and educating people in the school, and an excellent instructor for graduation thesis. He is mainly responsible for the teaching of the basic course "University Physics", "University Physics Experiment" and the professional course "Progress of Electronic Components". He has published several teaching articles, and has participated in the compilation of university physics textbooks, having also won the first prize of excellent textbooks of the Chinese Academy of Sciences. He has guided students to participate in the Jiangsu Provincial College Students Physics and Experimental Science and Technology Works Innovation Competition many times, won the second prize, and was rated as an excellent guidance teacher.

In scientific research, the main research is nanomagnetic materials, rare earth manganese oxides and microwave absorbing materials. He has participated in and completed the scientific research work of the National 973 Project, the National High-tech Research and Development Program (863 Program), the Major Project of the National Natural Science Foundation of China, and the National Natural Science Foundation of China, and presided over the Open Project of the State Key Laboratory and the Innovation Fund for University Students. Nearly 30 articles have been published, including 20 SCI and EI search articles.

Contact Information

Contact Address: No. 30, Puzhu South Road, Pukou District, Nanjing

Contact Number: 58130027

E-mail: 2011sy@njtech.edu.cn