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Integrating Animation and Graphic in Problem Based Learning to Improve Students Achievement in Engineering Drawing Course

机译:在基于问题的学习中整合动画和图形以提高学生在工程制图课程中的成绩

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Problem-based Learning is a teaching pedagogy which students learn based on experience and prior knowledge. Students learn and execute the information based on ill structured problem. The purpose of this study to investigate whether or not the use of animation or graphic in problem-based learning can increase achievement among polytechnic student in Engineering Drawing. So that, Problem Based Learning (PBL) using the animation mode (PBL-A) and graphics mode (PBL-G) is implemented in class. Presentation of problem in graphic and animation is process repeated attempts to help students interpret engineering drawings work steps correctly and accurately. This study examined the effects of PBL-A online and PBL-G online against achievement of students in polytechnics. A total of 68 students of mechanical engineering has been involved in this study. The instrument used was a test set containing two question will be given to students in topic Isometric Projection. Results showed significant differences in mean scores post-test of achievement among students who enrolled in PBL-G with the group of student who attended PBL-A online after the effect of pre-test mean score is controlled. Therefore, the effect of animation modes have a positive impact on improving student achievement in engineering drawing course.
机译:基于问题的学习是一种教学法,学生可以根据经验和先验知识进行学习。学生根据病态结构性问题学习和执行信息。本研究的目的是调查在基于问题的学习中使用动画或图形是否可以提高工程制图专业学生的学习成绩。因此,在课堂上实现了使用动画模式(PBL-A)和图形模式(PBL-G)的基于问题的学习(PBL)。图形和动画中的问题表示是过程的反复尝试,以帮助学生正确,准确地解释工程图纸的工作步骤。这项研究检查了在线PBL-A和PBL-G对理工学生的成就的影响。共有68名机械工程专业的学生参与了这项研究。所使用的仪器是一个包含两个问题的测试集,将在主题“等距投影”中给予学生。结果显示,在控制了预测平均得分的影响之后,参加PBL-G的学生与在线参加PBL-A的学生组的成绩测验平均得分之间存在显着差异。因此,动画模式的效果对提高工程制图课程的学生成绩有积极的影响。

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