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TOLSYASUPI-EduMed: Development of Educational Media Using the Problem-Posing Learning Model for Basic Programming Subjects

机译:ottsyasupi-edumed:利用基本编程科目的问题摆姿势学习模型开发教育媒体

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摘要

The importance of expertise in the field of programming today makesVocational High Schools as early as a possible incorporate curriculum that canlearn skills in programming, which is then called basic programming subjects.These subjects are the initial foundation, to study other productive subjects thatmust be studied by students in the field of ICT expertise. However, in reality,students tend to dislike these subjects because they feel difficulties inunderstanding and learning them. Therefore, we try to present a solution toovercome this problem by developing basic programming educational media,especially in the material of branching control structures by embedding thesyntax of problem-posing learning models in the type of open-posing into theinteraction flow. This educational media is called TOLSYASUPI-EduMed. Theresearch and development method (R&D) was used as the main method in thisstudy. The model for system development uses ADDIE by adapting the R&Dmethod. A/B testing methods are used to validate the initial selection ofeducational media design. The form of design until the development stage isvalidated by media and material experts as much as 3 iterations, to ensure thatthe educational media can look for effects on the effectiveness of learning. Atotal of 36 students were involved in the use of this educational media.Evaluation of the use of educational media to determine aspects of satisfactionand usability using the Computer System Usability Questionnaire (CSUQ)method. The results of the study stated that 90.9% of experts agreed that VeryStrong to choose design B to continue at the advanced design, development,and implementation stages. The results of the validation of media and materialexperts state that it is feasible to use. Based on functional requirementsspecifications, all features function properly, and non-functionally 94.49% withpredicates Very Strong that end-users (students) are satisfied and feel theusefulness of this TOLSYASUPI-EduMed.
机译:今天的编程领域专业知识的重要性早期ococational高中作为可能的课程,该课程可以将嘉合理技能进行编程,然后被称为基本的编程主题。这些受试者是初步的基础,研究其他生产性受试者即将研究ICT专业领域的学生。然而,实际上,学生倾向于不喜欢这些科目,因为他们感到困难违法和学习它们。因此,我们试图通过开发基本的编程教育媒体来展示解决这个问题的解决方案,特别是在分支控制结构的材料中,通过将问题构成的学习模型嵌入到开放式突录中的互动流程中的问题上嵌入了TheSyntax。这种教育媒体称为Tolsyasupi-Edumed。研究和开发方法(R&D)被用作鉴定的主要方法。系统开发模型使用ADDIE通过调整R&Dmethod来实现。 A / B测试方法用于验证教育媒体设计的初始选择。设计的形式,直到开发阶段被媒体和材料专家为3个迭代而被杀害,以确保教育媒体可以寻求对学习效力的影响。 36名学生参与使用这种教育媒体。使用计算机系统可用性问卷(CSUQ)方法,使用教育媒体的使用来确定满意的和可用性的方面。该研究的结果表示,90.9%的专家同意选择B设计B继续在先进的设计,开发和实施阶段继续。媒体和制品验证的结果是可行的。基于功能性要求,所有功能都函数正常,无效地有94.49%,非常强大,最终用户(学生)满意并感受到这种TOLSYASUPI-EDUMED的熟练。

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