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Assessment of Computer Robotics Programming Needs of Computer Education and Electrical/Electronic Technology Students for Improving Academic Performance in Universities in South Eastern Nigeria

机译:计算机教育和电气科技学生计算机机器人编程需求评估提高尼日利亚东南大学学业成绩

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The study focused on assessment of computer robotics programming needs of computer education and electrical/electronic technology students for improving academic performance in universities in south east Nigeria. Three research questions were developed to guide the study while three hypotheses were formulated and tested at 0.05 level of significance. The study adopted a descriptive survey design. The population for the study was 200 comprising of 70 computer education lecturers in the universities that offer computer education, 130 computer education students in South Eastern States. The instrument used for data collection was a structured questionnaire developed by the researcher. This instrument contained 30 items with four options. The reliability index of 0.88 was established using Cronbach Alpha method for internal consistency of questionnaire items. The research assistance involved in administering the instruments was briefed by the researcher. Data collected was analyzed using mean and standard deviation for answering research questions while t-test was employed to test the 3 null hypotheses formulated at 0.05 level of significance with the aid of Statistical Package for Social Science (SPSS) version 22. Data analyzed revealed that students need intelligent tutor system for teaching robotic programming. Furthermore, the findings on hypotheses tested revealed that there was no significant difference between the mean scores of computer education lecturers and computer education students. The results of the present research confirm that there is need to develop an intelligent tutor system to enable the students to learn, increase their abilities as well as academic skills. It was recommended that the Federal Ministry of Education should be encouraging developers to develop an intelligent Tutor system for all the programming courses. Teachers should be encouraged to develop a tutor to make learning simple and flexible. Staffs should be trained on the way forward to make students learn programming training and retraining.
机译:该研究侧重于评估计算机教育和电气/电子技术学生的计算机机器人编程需求,提高尼日利亚东南大学学术表现。制定了三个研究问题,以指导研究,同时制定三个假设并以0.05级的意义测试。该研究采用了描述性调查设计。该研究的人口为200人,包括大学的70名计算机教育讲师,为东南部的130名计算机教育学生提供了计算机教育。用于数据收集的仪器是由研究人员开发的结构化问卷。该仪器包含30件有四个选项的项目。使用Cronbach alpha方法建立0.88的可靠性指数,用于问卷项目的内部一致性。研究人员介绍了管理文书所涉及的研究援助。使用均值和标准偏差进行分析收集的数据,同时采用T检验,借助于社会科学(SPSS)版本22的统计包来测试以0.05级的重要性为0.05级的3次零假设。分析的数据显示学生需要智能导师系统来教授机器人编程。此外,经过测试的假设的调查结果表明,计算机教育讲师和计算机教育学生的平均分数量没有显着差异。本研究结果证实,需要开发一个智能导师系统,以使学生能够学习,增加他们的能力以及学术技能。建议联邦教育部应鼓励开发人员为所有编程课程制定智能导师系统。应该鼓励教师制定导师,使学习简单灵活。工作人员应该在前进的方向上培训,让学生学习编程培训和再培训。

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