为有广泛支持需求的学生设计的包容性小学课堂早期算术教学

Bree A. Jimenez, Tammy Barron
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引用次数: 0

摘要

有广泛支持需求的学生的包容性机会是校内和放学后成绩的预测因素;然而,成功的包容性必须考虑如何将学生的学习需求和循证实践相结合。利用多层支持系统(MTSS)框架,在第二层和第三层的包容性数学课堂中为所有学生提供基于证据的教学,使其与广泛的支持需求相一致。这项单一案例、多探针、跨学生研究的结果表明,嵌入式教学是一种有效可行的教学实践,可以在包容性数学课堂上为有广泛支持需求的学生提供分层支持模式下,支持专门设计的早期算术教学。基于我们的研究结果,我们试图在为有广泛支持需求的学生提供支持的分层系统中开发一种特殊设计教学(SDI)的实践模式,教育团队、学校管理人员和政策制定者可以使用该模式在包容性环境中设计数学教学。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Specially Designed Instruction of Early Numeracy in the Inclusive Elementary Classroom for Students With Extensive Support Needs
Inclusive opportunities for students with extensive support needs are a predictor of both in school and post-school outcomes; however, successful inclusion must consider how student learning needs and evidence-based practices are incorporated. Potential exists to align evidence-based instruction for students with extensive support needs utilizing the Multi-tiered System of Support (MTSS) framework for all students within the inclusive math classroom across tier 2 and tier 3. Findings of this single-case, multiple probe, across student research study suggest that embedded instruction is an effective and feasible instructional practice to support specially designed instruction in early numeracy within a tiered support model for students with extensive support needs in the inclusive math classroom. Based upon our findings, we sought to develop a model of practice for specially designed instruction (SDI) within tiered systems of support for students with extensive support needs that educational teams, school administrators, and policymakers can use to design math instruction within inclusive settings.
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