Introduction. Current developments that are being implemented by modern organizations must include not only initial methodological complexes of disciplines (modules), but also security programs aimed at mastering professional competencies. The optimal way to develop competencies is through virtual laboratories, which are modeled in an electronic lighting environment on real-world objects.
Problem Statement. The problem of this article is the need to promote current technologies of virtual modeling, which is considered as a tool for increasing the brightness of engineering lighting.
Purpose. development and implementation of virtual 3D laboratories to obtain practical skills from testing real-life materials.
Materials and methods. 3D graphics editor, software Unity 2022.3.4.
Results. We also have an analysis of programs for 3D modeling, which can be used not only for the purpose of displaying on printed products or on the computer screen, but also for the development of entire elements. In addition to software products, the authors propose an approach to creating a virtual technological laboratory, which allows industry professionals to learn practical skills from testing real-life materials.
