APPLICATION OF DESCRIPTIVE GEOMETRY PROBLEMS IN ENGINEERING FIELDS

Abstract

The fundamental essence of applying descriptive geometry problems in engineering fields lies in the ability to integrate theoretical and practical knowledge with industrial production processes. This article examines and analyzes the concepts of problems encountered in the descriptive geometry section of the Engineering and Computer Graphics course, as well as their potential applications in modern industrial development and various engineering disciplines. Topics such as methods of object projection, curves, and surfaces are discussed with regard to their significance in machine part design, construction and architecture, and digital manufacturing technologies. Particular attention is given to the integration of theoretical knowledge with practical engineering problems and to the methods of implementing these solutions in production environments. The main objective of this study is to establish a connection between the fundamental sections of descriptive geometry and specific industrial sectors, while demonstrating their practical importance and the opportunities provided by Computer-Aided Design (CAD) technologies.