GEOMETRIC GRAPHING DISCIPLINES FOR BIM SPECIALISTS IN THE CONSTRUCTION INDUSTRY

Authors

  • Svetlana Shuvalova Author
  • Yuliana Guryeva Author
  • Evgeny Solodukhin Author

Abstract

The article analyzes geometric graphing training for BIM specialists in the construction industry. Special attention is paid to studying the methods of BIM specialist training implemented at various technical institutions in the Russian Federation; the approaches of specific universities are identified, analyzed, and briefly described. The approaches of certain companies are also shown. These companies do not distinguish geometric graphing training for BIM specialists, but rather include them in other areas of training in the corresponding profile. Educational programs developed and used in various technical educational institutions of the Russian Federation are analyzed. The intra-disciplinary and interdisciplinary connections of geometric graphingdisciplines are examined. A description of the traditional and modern approaches is provided alongside prospects for developing relevant educational programs. Students must be taught to create 3D models and guided to work with them in various software packages. The competencies (including digital competencies) formed in the process of studying geometric graphing disciplines are analyzed. The necessity of providing full-fledged geometric graphing training for all specialists in all fields, including BIM specialists, for successful mastery of disciplines in senior-level courses and practical activities is shown.

Author Biographies

  • Svetlana Shuvalova
    Cand. Sci. in Education, Associate Professor, Associate Professor of Descriptive Geometry and Engineering Graphics Department
  • Yuliana Guryeva
    Cand. Sci. in Engineering, Associate Professor of Descriptive Geometry and Engineering Graphics Department
  • Evgeny Solodukhin
    Cand. Sci. in Economics, Associate Professor of Engineering and Machine Geometry and Graphics Department

Published

2023-11-27

Issue

Section

Инженерная геометрия и компьютерная графика. Цифровая поддержка жизненного цикла изделий