Teaching Reform of Automatic Control Principle Based on TRIZ Theory


Article Preview

During the teaching of automatic control principle, though both teachers and students realize the importance of the innovation, they are still lack of methodology of innovation. Simultaneously, the laws of innovation during the development of automatic control are ignored. The TRIZ theory, the new type of methodology of innovation, is brought in the class of automatic control principle in order to help students summarize the history of the course, explore the physical character of control theory and predict the new direction. This teaching reform makes the innovative education and professional education merged together so as to cultivate the talents with innovative consciousness and professional competence.



Advanced Materials Research (Volumes 271-273)

Edited by:

Junqiao Xiong




Q. Qi "Teaching Reform of Automatic Control Principle Based on TRIZ Theory", Advanced Materials Research, Vols. 271-273, pp. 1624-1628, 2011

Online since:

July 2011





[1] Wang Bolu, Analysis on the Problems in the TRIZ and its Promotion and Application, in Science & Technology Progress and Policy, 2009, pp.132-135.

[2] XUE Xiao-bin, Innovation Practices Calling for Innovation Theory—A Summarization on TRIZ, in Journal of Railway Engineering Society, 2006, pp.96-101.

[3] ZHOU Jie-han, XIONG Guang-leng, FANG Wen-hui, etc. Research and progress on TRIZ: A theory of inventive problem of solving, in Manufacturing Automation, 2002, pp.24-27.

[4] Wang Shu, A Summarize to Innovative Education: the Periodic Development and Innovative Education, in Modern Education Science, 2003, pp.40-41.

[5] LIU Xi-ze, JI Yang-jian, QI Guo-ning, etc. Application of systematic design approach based on theory of inventive problem solving, in Journal of Zhejiang University(Engineering Science), 2009, pp.2244-2249.

[6] ZHAO Yan-jiang, ZHANG Yong-de, ZUO HE Li, Design on vane cleaning machine for soot absorber based on TRIZ theory, in Journal of Machine Design, 2010, pp.70-73.

[7] LV Hong-yu, LI Zhi-guang, Innovative design on folding and rolling components of aviation towel ring rolling machine based on TRIZ principle, in Journal of Machine Design, 2010, pp.74-76.

[8] LI Xiangsong, LIU Yang, FENG Fei, etc. Application of TRIZ in Micropole Silence Cover Design of Compressor, , in Machine Tool & Hydraulics, 2010, pp.61-63.

[9] Ma Suchang, Wang Jianmin, Wang Xiancheng, An Exploring of Improving the Innovative Ability of Higher Artificer in Their Thesis Basing on the TRIZ Theory, in Vocational and Technical Education, 2009, pp.79-81.

[10] Ling Bin, Guan Xuemei, Zhao Yafeng, Apply the Inquiry Teaching Method to the TRIZTheory in the Teaching of Undergraduate Course, in Adult Education, 2009, pp.82-83.

[11] Zhang Mei, Su Weizhou, Liu Haiming, A Teaching Reform Practice of the Foundation Course of Control Theory, in Higher Education Exploration, 2007, pp.99-100.

[12] Chen Wei, Zeng Qingjun, The Teaching Reform and Practice of Automatic Control Principle in Adult Higher Education, in Vocational and Technical Education, 2009, pp.25-33.

[13] Ma Jie, Liu Xiaohe, The Teaching Conceive of Automatic Control Courses in Automation, in Heilongjiang Researches on Higher Education, 2007, pp.141-143.

Fetching data from Crossref.
This may take some time to load.