Knowledge and Skill Sets for Big Data Profession: Assessing Student's Quality using Exploratory Factor Analysis

Sarah Yusoff, Nur Hidayah Md Noh, Norulhidayah Isa, S. M. Nor-Al-Din
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Abstract

Recently, several higher education institutions in Malaysia announced discontinuing some courses to ensure employability post-graduation. Finding a job that fits their qualifications is a hurdle that graduates frequently face. The International Labor Organization states that when the education and training system does not deliver the skills the labour market needs, there is a mismatch between skills and jobs. This paper presents research on big data analytics knowledge and skills acquired by students throughout their studies. A sample of 185 UiTM students from various campuses participated. These students were among those who had formally taken big data courses during their studies. Data analysis was done using exploratory factor analysis (EFA) to identify the knowledge and skills obtained. Those are important to UiTM students' preparedness for the big data profession. From the exploratory factor analysis, 26 of the 40 items are included in the six constructs with factor loadings above 0.60: teamwork, student awareness and university readiness, programming language, student's effort, data storytelling and visualization, and data organization. These factors align with the finding made by [26], which identified the key competencies the employer needs for big data professions. In conclusion, higher education institutions need to focus on these skills in improving the existing program to meet better market demand and satisfy employer expectations since the score of factor loadings obtained are just satisfactory.
大数据专业的知识与技能:利用探索性因子分析评估学生素质
最近,马来西亚的几所高等教育机构宣布停止一些课程,以确保毕业后的就业能力。找到一份符合自己条件的工作是毕业生经常面临的一个障碍。国际劳工组织指出,当教育和培训系统不能提供劳动力市场所需的技能时,就会出现技能和工作之间的不匹配。本文介绍了学生在整个学习过程中获得的大数据分析知识和技能的研究。来自不同校区的185名UiTM学生参与了调查。这些学生都是在学习期间正式学习过大数据课程的学生。数据分析采用探索性因素分析(EFA)来确定所获得的知识和技能。这些对墨尔本理工大学学生为大数据职业做好准备非常重要。探索性因子分析发现,团队合作、学生意识和大学准备、编程语言、学生努力、数据叙事和可视化、数据组织等6个构念的因子负荷均在0.60以上,其中26个项目被纳入。这些因素与[26]的调查结果一致,[26]确定了雇主对大数据专业人员所需的关键能力。综上所述,高等教育机构在改进现有课程时需要关注这些技能,以更好地满足市场需求,满足雇主的期望,因为获得的因子负荷得分刚刚好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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