Stimulating a creative approach to learning about a manufacturing process
Author(s)
Loy, Jennifer Elizabeth
Griffith University Author(s)
Year published
2009
Metadata
Show full item recordAbstract
As educators, we understand the theory of student-centered learning, but translating that into practical projects for students is a challenge compared to traditional lecturer-led, exam based learning. How can students be encouraged to take more control of their own learning in a broader range of teaching areas? Engineering designers and industrial designers need to be able to explore and exploit the potential of different manufacturing processes. In addition, creative thinking and open-ended exploration could potentially stimulate situations where new processes might in themselves be developed in response to their design ...
View more >As educators, we understand the theory of student-centered learning, but translating that into practical projects for students is a challenge compared to traditional lecturer-led, exam based learning. How can students be encouraged to take more control of their own learning in a broader range of teaching areas? Engineering designers and industrial designers need to be able to explore and exploit the potential of different manufacturing processes. In addition, creative thinking and open-ended exploration could potentially stimulate situations where new processes might in themselves be developed in response to their design ideas and initial research. A short, example project was set up with first year design students to explore innovation through student-centered learning for teaching technological processes and related design development. This type of class, learning about a specific batch production manufacturing method (in this case steam bending), had formerly been taught through demonstrations and a schedule of test pieces that the students had to make. This format was radically changed in an attempt to help the students to develop a more in depth understanding of processes and a more questioning, creative outlook.
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View more >As educators, we understand the theory of student-centered learning, but translating that into practical projects for students is a challenge compared to traditional lecturer-led, exam based learning. How can students be encouraged to take more control of their own learning in a broader range of teaching areas? Engineering designers and industrial designers need to be able to explore and exploit the potential of different manufacturing processes. In addition, creative thinking and open-ended exploration could potentially stimulate situations where new processes might in themselves be developed in response to their design ideas and initial research. A short, example project was set up with first year design students to explore innovation through student-centered learning for teaching technological processes and related design development. This type of class, learning about a specific batch production manufacturing method (in this case steam bending), had formerly been taught through demonstrations and a schedule of test pieces that the students had to make. This format was radically changed in an attempt to help the students to develop a more in depth understanding of processes and a more questioning, creative outlook.
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Conference Title
Proceedings of the 11 International Conference on Engineering and Product Design Education.
Publisher URI
Subject
Industrial and product design