Penerapan Pembelajaran Problem Based Learning Berbasis Blended Learning terhadap Hasil Belajar Kognitif dan Motivasi Mahasiswa

Setyoko Setyoko, I. Indriaty
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引用次数: 5

Abstract

Learning innovation in Higher Education with a scientific approach based learning has been integrated with Information and Communication Technology. This encourages students to solve problems in accordance with the real conditions in the surrounding environment. In addition, it can create self-reliance and learning motivation for students to learn science without any time and place limitation. This study aims to implement scientific approach based learning through the Problem Based Learning model based on Blended Learning in Animal Ecology subjects. This research method is Quasi Experimental Design with Non Equivalent Control Group Pretest-Posttest Design in Experimental groups through combined Problem Based Learning. Blended Learning. The sample of this research is Biology Education students of FKIP Universitas Samudra. The research instrument used cognitive tests in the form of Essay questions and ARCS motivation questionnaires. Qualitative data analysis by testing Validity and Reliability. Hypothesis testing with the prerequisite test for data normality and paired t sample t test. The results of the study obtained the value of t arithmetic = 13.61 or with Sig (2-tailed) (0.00) α α (0.05) thus Ha was accepted that the significant cognitive learning outcomes of students occurred through learning Blended Learning-based Problem Based Learning. Student learning motivation is categorized into three: very high, high, and medium. The percentage of students in the three categories is 30%, 63.33%, and 7% respectively.
以学生的认知和动机为基础的学习学习的应用
高等教育的学习创新以科学的学习方法为基础,与信息通信技术相结合。这鼓励学生根据周围环境的实际情况来解决问题。此外,它可以创造学生学习科学不受时间和地点限制的自力更生和学习动机。本研究旨在通过基于混合学习的基于问题的学习模式,在动物生态学学科中实施基于科学方法的学习。本研究采用非等效对照组的准实验设计方法,结合基于问题的学习对实验组进行前测后测设计。混合学习。本研究的样本是FKIP Samudra大学生物教育专业的学生。研究工具采用了认知测试的论文问题和ARCS动机问卷的形式。通过检验效度和信度对数据进行定性分析。假设检验采用数据正态性的前提检验和配对样本t检验。研究结果得到t算术值= 13.61或Sig (2-tailed) (0.00) α α(0.05),因此可以认为学生通过学习基于混合学习的基于问题的学习取得了显著的认知学习成果。学生的学习动机分为三种:非常高、高和中等。这三类学生的比例分别为30%、63.33%和7%。
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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