Additive technologies, or 3D printing, open up new possibilities for architectural design, allowing you to create complex and unique shapes that were previously impossible using traditional methods. These technologies expand the boundaries of architectural creativity, contributing to the emergence of new organic and non-standard geometric solutions. The article examines examples of successful applications of additive technologies in architecture, such as the SOM polymer pavilion and the MARSHA Martian housing project, emphasizing their potential in creating aesthetically attractive and functionally effective structures.

Keywords: Additive technologies, 3D printing, architectural design, complex shapes, organic structures, complex geometry, MARSHA, NASA, functional efficiency, ultralight structures, aesthetics, innovation in architecture, architectural creativity, futuristic design