Use of visual programming in the university education by means of free software

TL;DR

This paper explores the integration of visual programming using free software in university education, highlighting its potential to enhance algorithmic competence and modeling skills among students, especially non-computer specialists.

Contribution

It analyzes the features and applications of free visual programming systems in education, emphasizing their role in developing algorithmic culture and competence.

Findings

Visual programming supports modeling and experimental calculation in education.

Free software visual programming tools have significant potential for educational use.

Application of visual programming enhances students' algorithmic skills.

Abstract

The term visual programming has started to be used in Informatics so far, however, there are different views on its meaning. The separation of visual programming from development tools of interfaces provides not only the certainty for this technology, but also opens the systems of modeling and programming in the education unknown to a wide range. The use of visual programming which is based on the free software provides the new perspective algorithmic culture formation of future professionals of non-computer specialists. A wide application of visual programming in the educational process is the perspective direction of the cognitive activity intensification, laying the foundations of the algorithmic competence. Visual simulation systems which are related to the creation of the unified means of any software, when are used in training activities allow not only to create models, determining the nature, categories and connections, but also to perform the experimental calculation of the model's conduct for parametric input data, identify behaviour of the system. Therefore the detection problem of the free software that supports visual programming is relevant and for its solution the general features of such systems and ways of their use have been analyzed. These results suggest the significant potential use of visual programming technologies in the educational activities and that there exist the free software which implements this technology and only enhances its value. Visual programming is an advanced technology, but also has directions and prospects. Although it has not got a large scale in programming yet but it has the experience in the educational application. The results of the visual programming use in the algorithmic culture formation are undeniable, and thus the further use with improvement techniques will allow to develop the future students' algorithmic competence.