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Analysis of the Teaching-Learning Methodology Adopted in the Introduction to Computer Science Classes

机译:计算机科学课程介绍中采用的教学方法分析

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To meet socio-cultural demands imposed by the new millennium and its implications for education, it was necessary for teachers and students to participate actively in the teaching-learning process. In this context, the classes' evaluation by students has been a tool widely used in various universities in different countries. For institutions and teachers, these assessments allow knowing and measuring the results, further analysis of the institutional status, reviewing projects, adjusting goals, diagnosing weaknesses and correcting possible deviations. For the monitoring and improvement of this process, it was necessary to create instruments that aimed to evaluate the performance of the proposed changes. The teaching-learning methodology adopted in the Introduction to Computer Science classes may be a process that makes it difficult to understand the principles of language programming for undergraduate students in Computer Science and related areas, generating high failure and course drop out rates. This paper presents an analysis of the results obtained in the Introduction to Computer Science classes taught in five Engineering courses, of the Faculty of Gama (FGA) at University of Brasilia (UnB). It was analyzed the evaluation questionnaire answered by the undergraduate students in 2017, perform validation of the questionnaire, check the level of students satisfaction in relation to the evaluated subject and the association among the level of satisfaction, the percentage of practical activities of the discipline, student performance and the level of absenteeism 519 responses were studied, 63% of students reported satisfaction with the classes taken, however a significant number of students 37% reported dissatisfaction with assessment practices and the dynamics of the classes.
机译:为满足新千年的社会文化要求及其对教育的影响,教师和学生必须积极参与教学过程。在这种情况下,学生的课程评估一直是不同国家的各种大学广泛使用的工具。对于机构和教师来说,这些评估允许了解和衡量结果,进一步分析制度状况,审查项目,调整目标,诊断弱点和纠正可能的偏差。对于监测和改进此过程,有必要创建旨在评估拟议变更绩效的仪器。在计算机科学课程介绍中采用的教学方法可能是一个过程,使得难以理解计算机科学和相关领域的本科生语言编程原则,产生高故障和课程辍学率。本文介绍了在巴西利亚大学(UNB)的Gama(FGA)的五个工程课程介绍中获得的结果中获得的结果。分析了2017年本科学生回答的评价问卷,执行问卷的验证,检查学生对评估主体的满意程度,以及对纪律的实际活动的百分比的百分比,研究了学生表现和旷工水平519答复,63%的学生报告了与所采取的课程满意,但大量学生37%报告对评估实践的不满和课程的动态。

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