Application of the Global Warming Learning System (GWLS) as an Effort to Improve Student’s Learning Outcomes and Critical Thinking Ability

Adina Widi Astuti, B. Mindyarto, M. P. Aji, Budi Astuti, Cholis Atun
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Abstract

This Classroom Action Research (CAR) aims to improve learning outcomes and critical thinking skills of class X-K SMA Negeri 6 Semarang, through the application of adaptive teaching materials Global Warming Learning System. The learning model used is Problem Based Learning with group investigation method (cycle I) and Project Based Learning with product differentiation (cycle II). CAR is carried out in two cycles, where each cycle consists of four activities, namely action planning, action implementation, observation and reflection which adopts the Kemmis and Taggart models. Data collection techniques used in this study were observation, tests, questionnaires and interviews. Data analysis used a qualitative descriptive approach based on educational outcomes and improving students' critical thinking skills. The results show that there has been an increase in educational outcomes and critical thinking skills (pre-cycle to cycle I) and (cycle I to cycle II). Evidenced by the results of studying at first cycle, which was completed by 15 students (41.67%) and the students' critical thinking skills, the average 71.59% was high category. Meanwhile the educational outcomes of physics cycle II which were completed were 28 students (77.78%) and the ability to think critically with an average 78.88% was high category
应用全球变暖学习系统(GWLS)努力提高学生的学习成果和批判性思维能力
本课堂行动研究(CAR)旨在通过应用适应性教材 "全球变暖学习系统",提高三宝垄SMA Negeri 6学校X-K班学生的学习成果和批判性思维能力。采用的学习模式是小组调查法的问题式学习(第一周期)和产品差异化的项目式学习(第二周期)。CAR 分两个周期进行,每个周期包括四项活动,即行动规划、行动实施、观察和反思,采用的是 Kemmis 和 Taggart 模型。本研究采用的数据收集技术包括观察、测试、问卷调查和访谈。数据分析采用定性描述法,以教育成果和提高学生的批判性思维能力为基础。结果表明,教育成果和批判性思维能力(从周期前到周期 I)和(从周期 I 到周期 II)都有所提高。从第一周期的学习成绩来看,有 15 名学生(41.67%)完成了第一周期的学习,学生的批判性思维能力平均为 71.59%,属于高水平。同时,有 28 名学生(77.78%)完成了物理第二周期的学习,批判性思维能力平均为 78.88%,属于高水平。
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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