教师技术应用进阶逻辑:基于数字化教学推理水平框架的阐释OA

Teachers'levels of digital teaching reasoning determine the effectiveness of technology-enabled instruction and in-fluence the implementation of national strategies for education digitalization.This study first analyzes the core connotations and practi-cal significance of digital teaching reasoning.It then,from a logical perspective,explicates four types of logic embedded in the"four-transformation"reasoning paradigm:causal reasoning,analogical reasoning,dialectical reasoning,and value reasoning.Drawing on long-term classroom observations,the study further identifies three levels of reasoning:surface identification,in-depth analysis,and natural generation.On this basis,it constructs and interprets a"four-transformation,three-level"framework for teachers'digital teach-ing reasoning.Within the resolution(huàjiě)dimension,the three levels comprise preliminary perception of relevance,verification of causal interventions,and virtual modeling and simulation.Within the domestication(xùnhuà)dimension,the three levels comprise matching external forms,mapping logical commonalities,and transferring key essences.Within the integration(héhuà)dimension,the three levels comprise choosing between oppositions,balancing and coordinating contradictions,and integrating contradictions to gener-ate new possibilities.Within the transformation(zhuǎnhuà)dimension,the three levels comprise determining explicit functions,weigh-ing educational values,and iterating systemic values.Finally,using technology-enabled writing instruction as an example,the study adopts a"same lesson,different designs"approach to systematically illustrate how the three reasoning levels manifest in practice.The framework provides a reference for teachers to locate and improve their digital teaching reasoning and technology-use capabilities.