The implementation and effects of contemporary Problem-Based Learning techniques in the field of chemistry

Joshua Hoyland, Julie Hyde
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Abstract

Chemistry courses are seeing an increasing inclusion of the relatively novel methods of Problem Based Learning (PBL). With roots dating back to 18th Century philosophers, it aims to develop the Higher Order Cognitive Skills (HOCS) of prospective graduates, alongside other transferrable skills and social benefits that traditional teaching has failed to build upon. The utilisation of real-world problem-solving projects in chemistry modules has a wide array of seemingly verifiable benefits but a lack of trained facilitators and minimal exposure of students to PBL at lower levels provides significant drawbacks to the methodology. This review looks at the pros and cons of PBL in detail to estimate its viability in future chemistry courses around the world.
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当代基于问题的学习技术在化学领域的实施与效果
化学课程越来越多地采用相对新颖的基于问题的学习(PBL)方法。其根源可以追溯到18世纪的哲学家,旨在培养未来毕业生的高阶认知技能(HOCS),以及传统教学未能建立的其他可转移技能和社会效益。在化学模块中利用现实世界的问题解决项目有很多看似可验证的好处,但缺乏训练有素的辅导员,学生接触较低水平PBL的机会很少,这给该方法带来了重大缺陷。本文将详细分析PBL的利弊,以评估其在未来世界范围内化学课程中的可行性。
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