2018•Unpublished venueRequires access

Exploring the Role of Visual Programming Activities in Computational Thinking

Chia-Ching Lin, Po-Yao Chao, En-Ting Lin, Huei-Ling Tzeng

Open publisher page 5 citations

Abstract

This study explored the role of visual programming activities in computational thinking. A group of 158 freshmen majoring in information science and communication in Northern Taiwan were engaged in this study. A visual programming platform, computational thinking questionnaire and a programming examination were employed to collect the log data of programming activities, self-responses to computational thinking and the score of programming examination for later analyses. The results reveal that visual programming activities would be critical to the evolution of multiple computational thinking perspectives.

About this research paper

What this paper is about

This study explored the role of visual programming activities in computational thinking. A group of 158 freshmen majoring in information science and communication in Northern Taiwan were engaged in this study. A visual programming platform, computational thinking questionnaire and a programming examination were employed to collect the log data of programming activities, self-responses to computational thinking and the score of programming examination for later analyses. The results reveal that visual programming activities would be critical to the evolution of multiple computational thinking perspectives.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This study explored the role of visual programming activities in computational thinking. A group of 158 freshmen majoring in information science and communication in Northern Taiwan were engaged in this study. A visual programming platform, computational thinking questionnaire and a programming examination were employed to collect the log data of programming activities, self-responses to computational thinking and the score of programming examination for later analyses. The results reveal that visual programming activities would be critical to the evolution of multiple computational thinking perspectives.

Key concepts: Computational thinking, Visual programming language, Computer science, Programming paradigm, Inductive programming, Procedural programming, Computational model, Human–computer interaction

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