USING ADAPTIVE MASTERY TESTING IN ASSESSMENTMANAGEMENT SYSTEMS

Muhittin Şahin, Furkan Aydın, Sema Sulak, Cennet Terzi Müftüoglu, Mustafa Tepgeç, G. K. Yılmaz, Ramazan Yılmaz, Halil Yurdugül
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引用次数: 3

Abstract

The use of technology for teaching and learning has created a paradigm shifting in learning environments and learning process, and also the paradigm shifting has also affected the assessment processes. In addition to these, online environments provide more opportunities to assess of the learners. In this study, the Adaptive Mastery Testing (AMT) system in Assessment Management System was designed and developed in which students can test themselves, recognize their strengths and weaknesses, and determine their learning objective based competencies. AMT environment is structured in accordance with the rapid prototyping software developing model. In this environment, there are questions for the students about four learning objectives, which are among the basic subjects of the Statistics course. AMT environment consists of presentation, assessment, domain and learner model. Pilot implementation was carried out with 98 undergraduate students. In order to evaluate of the environment; number of tests taken, number of correct answer, number of wrong answer and number of total answer data were used. According to the findings, it is seen that most of the students are masters in the learning objectives presented to them. In addition, it was found that half of the students took an average test to become a master. In other words, half of the learners participating in the study were determined as masters by the system in the first test they took for each learning objective.
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在评估管理系统中使用适应性掌握测试
技术在教学和学习中的应用使学习环境和学习过程发生了范式转换,这种范式转换也影响了评估过程。除此之外,在线环境提供了更多的机会来评估学习者。本研究设计并开发了评估管理系统中的自适应掌握测试系统(AMT),学生可以在该系统中进行自我测试,识别自己的优势和劣势,并确定自己基于能力的学习目标。根据快速原型软件开发模型构建了AMT环境。在这样的环境下,有关于四个学习目标的问题给学生,这是统计学课程的基础科目。AMT环境由表示、评估、领域和学习者模型组成。试点实施本科生98人。为了对环境进行评价;采用测试次数、正确答案次数、错误答案次数和总答案数据次数。根据调查结果,大多数学生都掌握了他们所提出的学习目标。此外,研究发现,一半的学生参加了平均水平的考试才能成为大师。换句话说,参与研究的学习者中有一半在他们为每个学习目标进行的第一次测试中被系统确定为大师。
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