在探究性科学教学中使用UDL框架支持包容性课堂中有广泛支持需求的学生

Lindsay Ruhter
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摘要

在过去几年中,新一代多维科学标准的引入提高了对所有学生的科学成就的期望,包括有广泛支持需求(ESN)的学生。探究性教学是一种有效的科学教学策略,以支持这些新期望的实现。然而,针对具有回声状态网络的学生的教师从事探究性科学教学的资源却很少。本文的目的是描述科学探究课支持计划,这是教师在通用学习设计(UDL)框架内为具有回声状态网络的学生在包容性环境中组织基于探究的科学教学的工具。普通教育和特殊教育教师可以利用5E教学模式规划科学课程,在包容的环境中教授下一代科学,利用UDL原则消除学习障碍。
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Using the UDL Framework in Inquiry-Based Science Teaching to Support Students With Extensive Support Needs in Inclusive Classrooms
The introduction of new next-generation, multidimensional science standards in the last few years has led to increased expectations in science achievement for all students, including students with extensive support needs (ESN). Inquiry-based teaching is an effective strategy to teach science to support attainment of these new expectations. However, few resources exist for teachers of students with ESN engaging in inquiry-based science instruction. The purpose of this article is to describe the Science Inquiry Lesson Supports Plan, a tool for teachers to organize inquiry-based science teaching within the Universal Design for Learning (UDL) framework for students with ESN in inclusive settings. General and special education teachers can plan science lessons using the 5E model of instruction to teach next-generation science in an inclusive setting, using UDL principles to remove barriers to learning.
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