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Which Parts of Computer Science Concepts Do Future Teachers Identify? First Results of a Part-Whole-Thinking Analysis in Computer Science Education
Abstract
The ability to detect Part-Whole-Relationships and to interconnect these to an organized structure is one of the core cognitive processes through which knowledge is acquired. However, the sharing of this capability, which belongs and relates to Computational Thinking skills and is called Part-Whole-Thinking, is lining up behind the conveyance of content in Computer Science classes and courses still. In order to support a more vigorous inclusion of Part-Whole-Thinking into Computer Science Education, various aspects need to be considered and investigated in the first place. The Model of Educational Reconstruction for Computer Science Education illustrates the elements to be taken into account when designing and arranging Computer Science lessons and courses. One of the elements under consideration is the investigation of the teachers’ perspectives. The contribution at hand presents first results of an analysis of future teachers’ Part-Whole-Thinking of Computer Science Concepts.
Publication Type
ConferencePaper
Author
Diethelm, Ira
Editor • • • • • • • • • • • • • •
Kong, Siu-cheun
Andone, Diana
Biswas, Gautam
Crick, Tom
Hoppe, Heinz Ulrich
Hsu, Ting-chia
Huang, Ronghua
Li, Robert Kwok-yiu
Looi, Chee-kit
Milrad, Marcelo
Sheldon, Josh
Shih, Ju-ling
Sin, Kuen-fung
Tissenbaum, Mike
Vahrenhold, Jan
Date Issued
2018
Faculty
Externe Einrichtung
Institute / Institution
Externe Einrichtung
Published in
International Conference on Computational Thinking Education 2018: Conference Proceedings
Conference
International Conference on Computational Thinking Education 2018, Hong Kong, 14.06.-16.06.2018
Publisher
The Education University of Hong Kong
Publisher Place
Hong Kong
Page Start
179
Page End
180
ISBN
978-988-77034-5-7
Link to the original publication
HilPub short link