Research on High School Mathematics Teaching Strategies Based on the ARCS Model
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Keywords

ARCS model
High school mathematics
Teaching strategies
Learning motivation

DOI

10.26689/erd.v6i12.9327

Submitted : 2024-12-14
Accepted : 2024-12-29
Published : 2025-01-13

Abstract

As educational technology advances, traditional teaching models no longer fully meet the learning needs of contemporary high school students. More educators are recognizing that strong learning motivation can inspire positive learning attitudes in students, and robust enthusiasm for learning can significantly improve learning outcomes. This is particularly true for mathematics, a subject that heavily involves abstract thinking, where students’ motivation levels are typically moderate to low. Thus, stimulating students’ learning motivation has become an indispensable issue in educational activities. Through the analysis of the ARCS motivation model and integrating specific teaching practices to refine and adjust the model’s four aspects, this paper aims to assist educators in enhancing teaching effectiveness and boosting students’ interest in learning.

References

Ministry of Education of the People’s Republic of China, 2011, National Mathematics Curriculum Standards for Compulsory Education (2011 Edition), thesis, Beijing Normal University Press.

Office of the National Medium and Long-term Education Reform and Development Plan Outline Working Group, 2010, Outline of the National Medium and Long-term Education Reform and Development Plan. People’s Daily, March 1, 2010.

Musri MAA, Musri MS, 2020, Attention, Relevance, Confidence, Satisfaction (ARCS) Model on Students’ Motivation and Learning Outcomes in Learning Physics. Journal of Physics: Conference Series, 1460: 012119.

Keller JM, 1987, The Systematic Process of Motivational Design. Performance Instruction, 26: 1–8.

Huang Z, 2023, Method, Theory, and Prospects of Practice in Social Science, Guangxi Normal University Press, Guangxi, 868.

Li D, Ren J, 2024, Capturing Children’s Attention with Interest and Challenges. Must-Read for Parents, 2024(1): 61–62.

Luo X, Zhang C, 2005, Exploring Ways to Enhance Students’ Attention through Motivation and Interest. Journal of Guangxi Education College, 2005(S1): 127–148.

Cao Y, 2003, Exploration of Mathematical Experimental Teaching Models. Curriculum, Textbook, Pedagogy, 2003(1): 46–48.

Zhou K, 2023, Case Study of High School Mathematics Situational Teaching Aimed at Cultivating Mathematical Modeling Literacy, thesis, Yunnan Normal University.

Li J, 2013, Situational Teaching for Joyful Learning for Children. Curriculum, Textbook, Pedagogy, 33(2): 3–8 + 28.

Hua H, 2004, On the Responsibilities and Role Positioning of Teachers in Situational Simulation Teaching. Journal of Guangxi Education College, 2004(5): 10–13.

Zhou W, Guo G, 2006, Self-efficacy: Concept, Theory, and Application. Journal of Renmin University of China, 2006(1): 91–97.

Bandura A, 2012, On the Functional Properties of Perceived Self-Efficacy Revisited. Journal of Management, 38(1): 9–44.

Deng L, 2006, Strategies of Appreciative Education. Scientific Consulting (Educational Research), 2006(9): 26 + 31.

Wang Y, Ling W, Zhu Y, 2004, The Relationship between Achievement Goal Orientation, Self-efficacy, and Feedback-seeking Behavior. Psychological Science, 2004(1): 203–206.