The Application Of Digital Teaching Platform Based On Reverse Teaching Design

In the process of digital transformation of education,there are many dilemmas in the practice of digital teaching platforms.Relevant academic research mainly focuses on the functional development and underlying logic design of the platform itself,with less attention paid to how the platform can be applied in actual teaching scenarios after its construction.This paper focuses on solving the dilemma of using digital teaching platform and introducing the theory of reverse teaching design into the practical application of digital education platform,mainly carrying out the following two aspects of work.(1)By sorting out the characteristics of the theory of reverse teaching design and the general functional characteristics of digital teaching platforms,the general principles of reverse teaching design for digital teaching platforms are summarized,and on this basis,taking the "Three Assistants" platform as an example and combining the specific core functions of the platform,a set of reverse teaching design application mode based on reverse teaching design with strong applicability is constructed.(2)A three-stage case study was conducted to apply the initially developed application model to actual teaching scenarios,and to test teachers’ acceptance of the application model and evaluate its effectiveness through observation,questionnaires and interviews.The final application model will be improved based on teachers’ suggestions and the shortcomings identified by the practice results.Preliminary practice shows that the application model developed in this study has,to a certain extent,solved the problems of frontline teachers in using the digital teaching platform,and has had an impact on teachers’ teaching design concepts and thinking.The research in this paper explores the combination of reverse teaching design theory and digital teaching platform application,which provides reference for further improving the application of digital teaching platform in more scenarios in the future.