Guan, J.; Yang, J. P.; Wang, Z. J.; Wang, K.; Fu, C. J. Discussion-based teaching design of Polymer Physics course: comparing the structure and glass transition of silkworm silk and nylon 6 fiber. Polym. Bull. (in Chinese), 2024, 37(12), 1834–1839
Guan, J.; Yang, J. P.; Wang, Z. J.; Wang, K.; Fu, C. J. Discussion-based teaching design of Polymer Physics course: comparing the structure and glass transition of silkworm silk and nylon 6 fiber. Polym. Bull. (in Chinese), 2024, 37(12), 1834–1839 DOI: 10.14028/j.cnki.1003-3726.2024.24.149.
is a core course for undergraduate majors such as materials science and engineering
and polymer science and engineering. The
Polymer Physics
teaching team at school of materials science and engineering of Beihang University performed a discussion-based reform. The team set the discussion themes as representative polymers such as natural polymer
high-performance structural polymer based on teachers’ research directions
establishing object mapping relations with the contents in the textbook. This essay introduces the overall design of the discussion-based reform. Focusing on the case themed of silkworm silk
it also explains in detail how to guide the thinking and discussion of students. This reform significantly raised the participation of students
and cultivated their high-level ability of analytical and problem solving. The results proved that discussion-based teaching was an effective tool to improve the teaching performance of
Polymer Physics
.
关键词
研讨式教学案例教学教学模式改革天然高分子
Keywords
Discussion-based teachingCase teachingTeaching model reformNatural polymer
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