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PHENOMENOLOGICAL APPROACHES TO STUDY LEARNING IN THE TERTIARY LEVEL CHEMISTRY LABORATORY

机译:研究高等化学实验室学习的现象学方法

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Despite the widespread notion amongst chemistry educators that the laboratory is essential to learn chemistry, it is often a neglected area of teaching and, arguably, of educational research. Research has typically focused on secondary education, single institutions, and isolated interventions that are mostly assessed quantitatively. It has also honed in on compartmentalised features instead of searching understanding of broader aspects of learning through experimentation. This paper contends there is a gap in subject specific, tertiary level research that is comprehensive and learning-centred instead of fragmented and instruction-based. A shift in focus requires consideration of methodological approaches that can effectively tackle the challenges of researching complex learning environments. This paper reckons qualitative approaches, specifically phenomenology, are better suited for this purpose. To illustrate this potential, it summarises an exemplar phenomenological study that investigated students’ experience of change in instructional style from an expository (traditional) laboratory program to one that was cooperative and project-based (reformed). The study suggests the experience was characterised by a transition from a learning environment that promoted mindless behaviour to one in which students were mindfully engaged in their learning. Thus, this work puts forth the use of Mindfulness Theory to investigate and support design of laboratory experiences.
机译:尽管化学教育家普遍认为实验室对于学习化学必不可少,但它经常是教学和教育研究的一个被忽视的领域。研究通常集中在中学教育,单一机构和孤立的干预措施上,这些措施大多进行定量评估。它也磨练了间隔特征,而不是通过实验来寻求对更广泛学习方面的理解。本文认为,在特定学科的高等层次研究中,存在一个全面的,以学习为中心的,而不是分散的,基于教学的研究的差距。重点转移需要考虑可以有效应对研究复杂学习环境挑战的方法论方法。本文认为定性方法,特别是现象学,更适合于此目的。为了说明这种潜力,本文总结了一项示例性现象学研究,该研究调查了学生从教学型(传统)实验室计划到合作式和基于项目的(改革的)教学风格变化的经验。这项研究表明,这种经历的特征是从一种促进盲目的行为的学习环境过渡到一个让学生认真学习的环境。因此,这项工作提出了正念理论的使用,以研究和支持实验室经验的设计。

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