LIFE SCIENCES TEACHERS’ PLANNING OF LESSONS FOR FORMATIVE ASSESSMENT IN INQUIRY-BASED TEACHING

Thandiwe Dlamini, U. Ramnarain
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Abstract

Formative assessment (FA) is considered one of the most powerful tools to enhance learning and influences the development of inquiry skills . However, few studies have addressed how Life Sciences teachers plan for formative assessment in inquiry-based teaching. A lesson plan is one of the crucial tasks for any science teacher since it assists in the presentation of a lesson. Lesson plans show how students will be moved toward obtaining specific objectives. This paper reports on five grade 10 Life Sciences teachers' planning for formative assessment in inquiry-based teaching. The ESRU framework guided this study. The ESRU cycle consists of four elements; the teacher elicits ( E ) questions to check students’ ideas, the student ( S ) response, the teacher recognises ( R ) the students’ response, and then uses ( U ) the student's response to promote learning. The ESRU comprises complete and incomplete cycles. A complete cycle is when all four elements are visible and incomplete if Elicit, Student response, and Recognize; or only Elicit and Student response. The lesson plan analysis looked at the ESRU cycles' elements in the questions planned to see if the questions were focused on the epistemic or conceptual dimensions. It also looked at how the entire lesson was planned. This research is a part of a more extensive qualitative study where data was collected through lesson observations, interviews, and lesson plans. The study was conducted to describe teachers’ formative assessment practices in inquiry-based pedagogy. This paper reports only on lesson plans. One lesson plan was requested per teacher. Participants were purposively selected based on their teaching of the subject and conveniently sampled according to their proximity to the researcher’s residence. Findings from all five teachers are as follows; when planning a lesson, it was evident that the five teachers planned for FA. In terms of ESRU, Eliciting and Using strategies were evident in the planned questions. The S tudent’s response was not included when planning since it is the students’ responses during the lesson and can only be captured when the teaching is happening. The R ecognising strategies were also not included in the lesson plans since they depend on learners’ responses. Four teachers planned more questions focused on epistemic than conceptual structures. The findings signal that there is still a need to train teachers to plan lessons that focus equally on conceptual and epistemic dimensions.
探究性教学中生命科学教师对形成性评价的课程规划
形成性评价(FA)被认为是促进学习和影响探究技能发展的最有力工具之一。然而,很少有研究涉及生命科学教师如何在探究式教学中计划形成性评估。课程计划是任何科学教师的关键任务之一,因为它有助于课程的呈现。课程计划表明学生将如何达到特定的目标。本文报道了五名十年级生命科学教师在探究性教学中对形成性评价的规划。ESRU框架指导了本研究。ESRU循环由四个要素组成;教师引出(E)问题来检查学生的想法,学生(S)回应,教师识别(R)学生的回应,然后使用(U)学生的回应来促进学习。ESRU包括完整循环和不完整循环。一个完整的循环是当所有四个元素都是可见的和不完整的:引出,学生反应和识别;或只引出和学生的反应。课程计划分析着眼于ESRU周期在问题计划中的元素,看看问题是否集中在认知或概念维度上。它还研究了整节课是如何计划的。本研究是一项更广泛的定性研究的一部分,该研究通过课程观察、访谈和课程计划收集数据。本研究旨在描述探究教学法中教师的形成性评估实践。这篇论文只报道教案。每位老师要求一份教案。参与者是根据他们对该主题的教学有目的地选择的,并且根据他们离研究人员住所的距离方便地抽样。五位老师的调查结果如下:在策划一堂课的时候,五位老师明显是在为FA做准备。在ESRU方面,Eliciting和Using策略在计划问题中很明显。S学生的反应在计划时不包括在内,因为它是学生在课堂上的反应,只有在教学发生时才能捕捉到。R识别策略也没有包括在课程计划中,因为它们取决于学习者的反应。四位老师计划更多的问题侧重于认知而不是概念结构。研究结果表明,仍有必要培训教师,使他们在规划课程时同样注重概念层面和认知层面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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