Implementation of Additive Technologies in the Field of Scientific and Practical Research

Abstract

The development of 3D modeling in modern realities dictates new conditions and opens up prospects for improving scientific and practical research, allowing scientists to carry out a more rational process of scientific work. The emergence of a large number of new ideas in the field of three-dimensional modeling has given rise to problems of lack of both financial and informational support. Support for innovative projects and startups in the field of 3D modeling should be a priority and be carried out both through financing of private and state subsidies, as well as grant funds, and regarding informational support for potential developments, this creates the need to hold scientific and technical events, such as conferences and scientific exhibitions, where both concepts of new developments and theoretical characteristics will be presented, allowing investors or interested persons in the field to become familiar with the variety of possibilities for using 3D models. Despite numerous studies in the field, the key issue remains the integration of 3D modeling and printing technologies to ensure the visibility of projects of both young scientists and specialists who already have experience in scientific and practical work, or who want to improve their skills. The implementation of the scientific and technical process requires dissemination in order to attract more proactive people, involve them in the industry and fully reveal their potential, allowing them to create. This article will analyze the main areas of work of scientific and technical specialists in the field of 3D modeling, in particular as a way of developing the industry in the North Caucasus Federal District, expanding the scientific process aimed at involving new specialists in the field of additive technologies, improving the qualifications of students of higher and secondary vocational education based on the Pyatigorsk Institute (branch) of SKFU, identifying common and different aspects that should be taken into account when introducing additive technologies into scientific and practical areas of technical activity.