Multimodal Learning-Based Financial Teaching Practice: A Case Study of the Coupon Bond Design Project

This pedagogical case study explores the transformative potential of multisensory learning in financial education through a coupon bond design project. Addressing the limitations of traditional lecture-based finance instruction characterized by passive knowledge absorption and weak practical application - the study integrates Gardner's Multiple Intelligences Theory, embodied cognition principles, and constructivist learning frameworks. Students engaged in tactile bond creation (cutting/material assembly), visual design (parameter visualization), and kinesthetic simulations (market role-play). This research provides empirical evidence for reengineering finance curricula through cognitive-physical integration, offering a replicable model for cultivating next-generation financial professionals capable of bridging quantitative analysis with tangible market solutions.

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Publication Details

Journal
Journal of higher education teaching.
Published
2025-04-01
DOI
https://doi.org/10.62517/jhet.202515229
Primary Topic
Innovations in Educational Methods
Type
article
Field-Weighted Citation Impact
0.00

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article

Multimodal Learning-Based Financial Teaching Practice: A Case Study of the Coupon Bond Design Project

Lina Wang, Ting Yang
Journal of higher education teaching.
Innovations in Educational Methods
article

Multimodal Learning-Based Financial Teaching Practice: A Case Study of the Coupon Bond Design Project

Lina Wang, Ting Yang
article en

Abstract

This pedagogical case study explores the transformative potential of multisensory learning in financial education through a coupon bond design project. Addressing the limitations of traditional lecture-based finance instruction characterized by passive knowledge absorption and weak practical application - the study integrates Gardner's Multiple Intelligences Theory, embodied cognition principles, and constructivist learning frameworks. Students engaged in tactile bond creation (cutting/material assembly), visual design (parameter visualization), and kinesthetic simulations (market role-play). This research provides empirical evidence for reengineering finance curricula through cognitive-physical integration, offering a replicable model for cultivating next-generation financial professionals capable of bridging quantitative analysis with tangible market solutions.

Journal of higher education teaching.Vol. 2(2)
North China University of Technology (CN)
North China University of Technology
Openalex Percentile: Top 88%
Innovations in Educational Methods
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