Abstract
At present, to enhance students’ innovative ability is an important research topic to engineering education. Although engineering students can learn hard engineering techniques step by step through instilled teaching methods, process-based learning methods as well as formulated learning, but there is no conducive to idea generation and creativity promotion. While art has the characteristics of raising questions and breaking the existing thinking, this paper hopes to cultivate students’ ability of divergent thinking and enhance their creativity through the implantation of art. In this study, we introduced CAPE teaching strategy, adopted a curriculum of a Taiwan university of science and technology, used case study as main study method to explore art-infused engineering teaching methods and teaching contents. There are four stages of CAPE: inquiry, cooperation, record and reflection. The results show that: (1) The art teachers’ teaching contents are corresponding to the divergent thinking categories (Khandwalla, 1993). (2) Classroom contents enables engineering teachers to focus their teaching from purely technical teaching to the technical application level. When the art teacher and the student discuss their creative techniques and presentation form, it will induce students to challenge old methods and generate different solutions.
Highlights
Human resource quality, which depend on the planning and implementation of higher education, is a key factor for industrial upgrading and improving competitiveness
We introduced Chicago Art Partnerships in Education (CAPE) teaching strategy, adopted a curriculum of a Taiwan university of science and technology, used case study as main study method to explore art-infused engineering teaching methods and teaching contents
It is encouraging that the government has actively promoted the talent cultivation model of Conceive Design Implement Operate (CDIO) engineering education
Summary
Human resource quality, which depend on the planning and implementation of higher education, is a key factor for industrial upgrading and improving competitiveness It is an important subject for higher engineering education to develop the creativity and design ability of engineering talents through innovative teaching, and integrate the elements of humanities and arts to designed products (Li et al, 2016). The integration of the Science, Technology, Engineering, Art, and Mathematics (STEAM) teaching course, as proposed by the government, includes the existing STEM cross-domain integration concept, and adds “A” – art as an important part It emphasizes that art could enhance the interconnection and learning between various disciplines, promotes the integration of multiple courses, and stimulates students to integrate their knowledge with new application values or characteristics (Tsai, 2016). Analysis of how art teaching changes the teaching content of engineering teachers and students’ learning attitude
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