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Discussion on Improving Teaching Skills for Junior Lecturers Based on the Engineering Chemistry Teaching

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DOI: 10.23977/curtm.2022.050804 | Downloads: 13 | Views: 390


Jing Wang 1, Zhiping Li 1, Meirong Xia 1, Wenfeng Guo 1, Yufeng Zhao 1,2


1 College of Environmental and Chemical Engineering, Yanshan University, Qinhuangdao, Hebei, 066004, China
2 Institute for Sustainable Energy/College of Sciences, Shanghai University, Shanghai, 200444, China

Corresponding Author

Yufeng Zhao


Engineering Chemistry is a basic course for undergraduates who are not majored in chemistry. A comment issue is their high school chemistry levels are different and the students majored in different directions require differently for chemistry knowledge. The issue is magnified especially for junior lectures who do not have sufficient teaching experience. As one of the young teachers, this paper discusses the issues which arose in the teaching of the Engineering Chemistry course and available resolutions. It is expected to promote the development of the junior lectures.


Engineering chemistry, teaching quality, junior lecturers


Jing Wang, Zhiping Li, Meirong Xia, Wenfeng Guo, Yufeng Zhao, Discussion on Improving Teaching Skills for Junior Lecturers Based on the Engineering Chemistry Teaching . Curriculum and Teaching Methodology (2022) Vol. 5: 19-24. DOI:


[1] Li Qiurong, Xie Danyang, Wang Yanzhi. (1999). About Yanshan University's Reform in Teaching Engineering Chemistry. Research in Teaching, 22, 4, 243.
[2] Qiao Yuqing, Xie Danyang, Li Qiurong, Gao Faming. (2010) Discussion on improving academic self-efficacy in engineering chemistry teaching of fine curriculum. Research in Teaching, 33, 6, 55. 
[3] Qian Cunwei, Wang Yanqing. (2022) "Course Ideology and Politics" Leading Fine Chemical Experiment Teaching Reform, University Chemistry, 37, 3, 5. 
[4] Wu Qingyun, Xie Chenmin, Gao Shuxian, Huang Yixuan, Wu Wenjie, Qiang Jiayu. (2022) A Novel Model of Innovation Education Based on Steam+ Education Concept. Curriculum and Teaching Methodology, Vol. 5, 80-88.
[5] Zhiwen Tang, Rongjun Zhao, Fang Bian, Ying Lin. (2022) The Effect of College Teachers' Innovative Classroom Teaching Behavior on Learning Engagement: the Mediating Effect of Teaching. Curriculum and Teaching Methodology, Vol. 5: 37-43.
[6] Songyu Yang, Xiaoling Liao. (2022) Exploration of innovation of experimental training management in higher vocational colleges. Curriculum and Teaching Methodology, Vol. 5: 58-66.
[7] Meng Xianghai, Huang Xingliang, Xu Jian, etc. (2018) Cultivation of Engineering Design Ability of Young Teachers in Chemical Engineering Major. Education Teaching Forum, 000, 014, 73-75. 
[8] Li Ying, Liu Songqin. (2011) Discussion on Teaching of Engineering Chemistry and Cultivation of Innovation Ability. University Chemistry, 26, 4, 3. 
[9] Chunguang Wang, Aiju Li. (2022) Research on Teaching Mode Reform of Practical Training Courses in Higher Vocational Education. Curriculum and Teaching Methodology, Vol. 5: 126-131.
[10] Lian CHEN. (2021) Analysis and Enlightenment of American Ap Chemistry Curriculum Framework under International Background. Curriculum and Teaching Methodology, 4, 29-34.
[11] Xia Meirong, Tian Hua, Wang Jing, Zhong Chunmei, Li Zhiping, Jiao Tifeng, Li Yuan, Guangzhou Chemical Industry. 2022, 50,215-216.

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