Undergraduates’ Interest Towards Learning Genetics Concepts Through Integrated Stemproblem Based Learning Approach

Shamimah Parveen Abdul Rahim, M. Samsudin, Mohd Erfy Ismail, M. Amiruddin, C. Talib
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Abstract

Scientific and innovative society can be produced by giving priorities in Science, Technology, Engineering, and Mathematics (STEM) as emphasized by Malaysian Higher Education Blueprint (2015-2025). STEM need to be implemented at higher education because universities need to produce competent graduates to support economy growth and sustainable development. Learning STEM through Problem Based Learning might allow the undergraduates to become more enthusiastic when problem-based instruction is incorporated with STEM by implementing teamwork and problemsolving techniques to engage the first-year undergraduates fully with the learning. This study was conducted to investigate whether Integrated STEM Problem Based Learning Module could enhance and retain the interest towards genetics concepts among first-year undergraduates. Topics in genetics was considered difficult not only to teach but also to learn. In this research, to overcome the genetic concepts learning difficulties, genetic related topics were chosen to introduce STEM through problem-based learning approach, which might help first-year undergraduates to acquire deep genetic content knowledge. This is very vital for the first-year undergraduates, as the knowledge gained in their first semester will be applied in the upcoming courses in their entire undergraduates’ programs of study. A Pre-Experimental research design with one group-posttest design was applied. A total of 50 participants who are first-year undergraduates from Faculty of Biology from one of the public universities in Malaysia were involved. The Genetics Interest Questionnaire used to study if the STEM Problem Based Learning Module could enhance and retain the interest towards genetics concepts. The research has proven that Integrated STEM through problem-based learning approach could enhance and retains the interest in learning genetics concepts among first-yearundergraduates.
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大学生通过基于系统问题的综合学习方法学习遗传学概念的兴趣
马来西亚高等教育蓝图(2015-2025)强调,通过优先发展科学、技术、工程和数学(STEM),可以产生科学和创新的社会。STEM需要在高等教育中实施,因为大学需要培养有能力的毕业生来支持经济增长和可持续发展。通过基于问题的学习来学习STEM,当基于问题的教学与STEM相结合时,通过实施团队合作和解决问题的技术,使一年级本科生充分参与学习,可能会使本科生变得更加热情。本研究旨在探讨综合STEM基于问题的学习模块是否能增强和保持一年级本科生对遗传学概念的兴趣。遗传学的主题被认为不仅很难教,而且很难学。在本研究中,为了克服遗传概念学习困难,选择遗传相关主题,通过基于问题的学习方法引入STEM,这可能有助于一年级本科生获得深入的遗传内容知识。这对于一年级的本科生来说是非常重要的,因为他们在第一学期获得的知识将会应用到接下来的整个本科学习项目的课程中。采用实验前设计和一组后测设计。共有50名来自马来西亚一所公立大学生物学院的一年级本科生参加了这次活动。遗传学兴趣问卷用于研究STEM基于问题的学习模块是否可以增强和保持对遗传学概念的兴趣。研究证明,通过基于问题的学习方法整合STEM可以增强和保持一年级本科生学习遗传学概念的兴趣。
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