Keywords
Stratified teaching
Status quo
Exploration
Paths
Submitted : 2025-01-16
Accepted : 2025-01-31
Published : 2025-02-15
Abstract
In view of the large difference in higher mathematics learning ability among students in newly built colleges and universities, this paper puts forward the implementation of stratified teaching. Taking Tarim Vocational and Technical College as an example, this paper analyzes the present situation of education and teaching and advanced mathematics teaching in the school and puts forward the implementation path of advanced mathematics-stratified teaching. It mainly includes the selection and compilation of textbooks according to local conditions, the use of information technology means, diversified assessment and evaluation of students, the establishment of extra-curricular tutoring mechanism, the establishment of a group as a unit of help and supervision system, the use and mining of digital teaching resources and other paths to effectively teach students according to their talents and achieve the purpose of education.
References
Ningxia Y, 2023, Study on Learning Adaptation Problems and Countermeasures of Ethnic Special College Students in Guangxi, thesis, Guangxi Normal University.
Liang C, 2024, Status Quo, Problems and Countermeasures of Logistics Management in Newly Upgraded Higher Vocational Colleges – A Case Study of Jiangsu Vocational College of Tourism. China Transition from Military to Civilian, 2024(1): 75–76.
Qi X, Qu S, Zhao Q, 2024, Research on the Construction of Professional Connotation and Dynamic Adjustment Mechanism in Higher Vocational Colleges. Modern Vocational Education, 2024(25): 89–92.
Fu G, Gao L, 2024, Research on Curriculum Ideological and Political Cooperation Education Strategy in Higher Vocational Colleges from the Perspective of Education Digital Transformation. Modern Vocational Education, 2024(25): 25–28.
Ma X, 2022, Research on Characteristic Specialty Construction of Higher Vocational Colleges in China Under the Background of Integration of Industry and Education, thesis, Guangxi University.
Tang Y, Qian Y, 2024, Research on Training Model of Digital Accounting Talents under the Background of “Big Data and Artificial Intelligence.” Science and Technology Wind, 2024(24): 43–45.
Deng P, Zhao X, 2024, Research on the Construction of “Big Ideological and Political Course” Empowered by Digital Red Resources in Universities. Journal of Hunan First Normal University, 1–8.
He D, Luo X, Song J, 2024, Teachers in Colleges and Universities Based on the Wisdom Tree Platform Hybrid Teaching Ability to Promote Research. Journal of Language and Cultural Studies, 32(5): 92–95.
Shan X, 2023, Research on the Teaching Function of Digital Textbooks, thesis, Yunnan Normal University.
Li X, 2023, Research on the Construction of Online and Offline Teaching Model of Higher Mathematics. Journal of Hubei Open Vocational College, 36(17): 154–156.
Peng H, Hu C, Li J, et al., 2024, Construction of Training Model for Improving Students’ Innovation Ability Based on “Competition + Project” Practical Activities – A Case Study of Materials Majors. Theoretical Research and Practice of Innovation and Entrepreneurship, 7(12): 121–124.
Zhao L, 2023, Research on Case Mix Class Inquiry Teaching Strategy in High School Math, thesis, Southwest University.
Wang L, Wang Y, Jiang Y, et al., 2024, “Student-Academic Linkage” to Help Cultivate Innovative Talents in Colleges and Universities – A Case Study of College of Pharmacy, Hangzhou Normal University. Talent, 2024(12): 165–168.
Wang H, Hu C, Zhu J, 2024, Reform and Exploration of Mixed Teaching of “Higher Mathematics” – A Case Study of Zhangjiajie University. Science and Technology Wind, 2024(19): 145–147.
Shang M, Zhang Z, Luo A, et al., 2024, Exploration on Online and Offline Mixed Teaching Reform of Civil Engineering Materials Course – Under the Application-Oriented Training Model. Modern Commerce and Industry, 45(18): 262–263.