Keywords
Vocational education
Vocational university
Submitted : 2022-05-21
Accepted : 2022-06-05
Published : 2022-06-20
Abstract
Science and technology are advancing at a breakneck pace. Only individuals with strong mathematical skills and knowledge will be able to adapt to social development and progress. However, advanced mathematics education is often neglected in vocational universities. Student and conceptual factors are invariably to blame. Therefore, it is urgent to improve the teaching quality of advanced mathematics in vocational universities. In improving the teaching quality, it is necessary to change the teaching mode, advocate interest in learning, emphasize on the cultivation of students’ skills during teaching, implement stratified teaching, lay emphasis on mathematical models, and strengthen the evaluation and assessment of students.
References
Qiu C, Liu K, Ji L, 2007, Mathematics and Life. Zhejiang University Press, Hangzhou.
Rong J, Chen K, 2009, Mathematical Culture and Its Educational Functions. Contemporary Education Forum, 2009(2): 54–56.
Wang F, 2012, Research on Current Situation and Countermeasures of Higher Mathematics Teaching in Higher Vocational Colleges. Higher Education Online, 2012(10): 145.
Feng L, 2009, Discussion on Higher Mathematics Teaching in Higher Vocational Colleges. Mathematics Teaching, 2009(9): 128.
Mao Y, Zhang S, 2007, Reflections on Improving the Teaching Quality of Higher Mathematics. Science and Education Platform, 2007(5): 128.
Lu C, 2008, Some Thoughts on the Teaching Reform of Economic Mathematics in Higher Vocational Education. China Science and Education Innovation Guide, 2008(35): 110–111.
Shi L, 1996, On Learning, People’s Education Press, Beijing, 180.
Xia D, 2007, Research on Computer Aided Teaching of Advanced Mathematics. Journal of Huanggang Normal University, 2007(3): 89–92.
Liang M, Wang Z, 2008, On Chaos and Equilibrium, Dalian University of Technology Press, Dalian.
Qian P, Shao G, 2017, Mathematical Thinking and Methods and Middle School Mathematics, Beijing Normal Law Press, Beijing, 16.
Klein M, 2007, Mathematics in the Modern World [Qi M, Trans.], Shanghai Education Press, Shanghai. 128–155.
Zheng Y, 2015, New Philosophy of Mathematics Education, East China Normal University Press, Shanghai, 20.
Lin X, 1986, Translation Collection of Mathematical Philosophy, Knowledge Press, Beijing, 352.
Shi X, 2010, British Library Relocation. People’s Digest, 2010(11): 55.
Ji LF, 2019, Application of Transformation Thought in Multi-Discipline: Similarity and Difference. Journal of Hebei Normal University of Science and Technology (Social Science Edition), 2019(18): 13–18.
Ji LF, 2019, Research on the Concept and Method of Transformation: Connotation, Characteristics and Application. Journal of Guangdong Polytechnic Normal University, 2019(6): 45–49.
Ling C, 2018, Research on Teaching Reform of higher Mathematics Course Based on Hierarchical Teaching Method. Heilongjiang Science, 2018(23): 48–49.
Sun W, 2020, Research on Multi-Level Teaching of higher Mathematics in Higher Vocational Colleges. Teaching Information, 2020(3): 141.
Shi N, 2017, Basic Thought of Mathematics 18 Lectures, Beijing Normal University Press, Beijing, 273.