National Art Museum of China, Studio Roland Snooks, according to their “National Art Museum of China” competition entry through appropriate algorithms, detailed geometrical calculations, scripting and optimization of geometry, succeeded in transforming efficiently their prime diverse & complex geometries into an astounding construction.
Through high-tech programmes that associate with precise computational design, they tried to diffuse the nature of chosen geometry through the proportions of the cloud. The outcome is an amorphous form, in juxtaposition to the historic atmosphere of the surrounding Beijing Olympic site. The intricate geometrical combinations they adopted are considered as discrete ways of representing sophisticated designs. The primary galleries are located in a continuous series of interlinking cement beams wrapped in the cloud skin. The resulting intermediate space functions as circulation & spontaneous exhibition zones for structures, installations, and sculptures.
Anastasia Andreieva is an accomplished Architectural Projects Editor at Arch2O, bringing a unique blend of linguistic expertise and design enthusiasm to the team. Born and raised in Ukraine, she holds a Master’s degree in Languages from Taras Shevchenko National University of Kyiv. Her deep passion for architecture and visual storytelling led her to transition from translation and editorial roles into the world of design media. With a keen eye for conceptual clarity and narrative structure, Anastasia curates and presents global architectural projects with precision and flair. She is particularly drawn to parametric and digital design, cultural context, and emerging voices in architecture. When I’m not analyzing the latest architectural trends, you’ll probably find me searching for hidden gems in cityscapes or appreciating the beauty of well-crafted spaces. After all, great design—like great connections—can be found in the most unexpected places. Speaking of connections, because architecture isn’t the only thing that brings people together.