Abstract
In modern design architecture there is an interesting trend of developing highly complex spatial systems, inspired by patterns inspired by the natural world. As a result, visually innovative solutions are being created, and what is important from an engineering point of view, also technologically efficient. The logic behind shaping “bionic” architec- ture is aimed at, among others, the rational use of materials and energy. The search for new spatial structures through multi-criteria analyses has increased the interest in digital optimization issues in multidisciplinary architectural and engineering analyses. Algorithms used to form diverse, multi-variant carrier systems based on similar boundary as- sumptions play a special role in improving computer programs. Research samples in the development of regular and irregular rod-like structures based on own developed digital models have been presented as an example of such action. The simulations conducted involved analysis of configurable structures based on their efficiency in material consump- tion.
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