Fostering Inquiry in Science among Kinaesthetic Learners through Design and Technology

Fostering Inquiry in Science among Kinaesthetic Learners through Design and Technology

Nazir Amir (Greenview Secondary School, Singapore) and R. Subramaniam (Nanyang Technological University, Singapore)
DOI: 10.4018/978-1-4666-0068-3.ch009


Students in the study developed positive attitudes towards studying science and D&T after the project. The study has opened up a route for linking science and CPA into D&T in a simple way that is within the school D&T and CPA curriculum, and one that places the focus on creativity as an outcome of curricular interaction via an inquiry setting.
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In today’s fast paced economy, no longer are we to train our less-academically inclined students for jobs that require them to be proficient in just vocational skills (through working with their hands) but to develop them into understanding science and guiding them to be creative thinkers in science. Understanding science becomes a necessity and forms the basis to help them solve many technological problems that they would face when they enter the working world. There is a constant need to get these students to observe and analyse problems that are around them and guide them into coming up with new ideas and ways of solving such problems through reasons that are based on science.

Creative thinking is one of the crucial 21st century skills that need to be fostered among students by science educators (Metz, 2010). Creativity in science is generally perceived as the process of thinking or doing things in new or novel ways with a certain involvement of scientific reasoning. It has been stressed that fostering creativity can breed the best scientists (Fisher, 2004). Fostering creativity in science amongst students sharpens their problem-solving skills, allows them to be more inquisitive about how science is used in their daily lives and, at the same time, builds up their confidence into thinking about how science can value-add to our economy. This can instil the spirit of innovation amongst students and pave a path for them to be young inventors.

School leavers who showcase their creative abilities are often recognized as being valuable for personal, social, technological and economic reasons (Haigh, 2003). In school, creative activities in science lessons can be a motivational tool to stir students’ interest in understanding science concepts (Hoang, 2007) and increase students’ capacity in the core components of divergent thinking (Mirzaie, et al., 2007). In Lee’s (2007) report on fostering creativity in science in Singapore, she quoted Baez (1980) to reiterate the four important traits that should be generated in a person through science education: curiosity, creativity, competence and compassion. However, Garret (1989) found that the creativity trait is one that has been neglected over the years. He stressed that there is a need for a continuum of activities for students to exercise creativity in all forms if it is to be developed.

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