Exploring algorithms of nature SA lab team investigated cellular automata to discover the possibilities of its application in field of architecture. 
Full version of the research will be published soon.

Изучая алгоритмы, встречающиеся в природе, с целью выявления возможности применения их в архитектуре лаборатория SA lab провела серию исследований клеточных автоматов.
Полная версия исследования будет опубликована в ближайшее время.


    ‘28 days of parametric design’ is a research of different ideas and approaches within the field of parametric design. Find more:

    ‘28 дней параметрического дизайна’ - исследование различных идей и методов параметрического дизайна, направленное на тестирование кодов, результатом которых стал альбом с конечными формами.  Больше здесь:

Processes of erosion as a way to design an adaptive city

Location: Shanghai, China
Tutor: Daniel Gillen
Project team: Stepan Kukharskiy, Alina Chereyskaya, Liu Qinglin, Xu Quan He
Project year: July, 2013

The topic of AA Shanghai Global School 2013 was ‘Adaptive City’ with three directions: inner urbanism, offshore urbanism and peripheral urbanism. The aim was to investigate new computational design approaches in architecture and urbanism, within the context of Shanghai. 
Our studio was focused and developed on the process of erosion as generative, algorithmic and parametric design approach to adaptive peripheral urbanism. Testing scripts, analysing evolution we created a dynamic model in result. In the beginning of the research we came up with the idea of an inside and outside erosion and found factors that can influence the system from within the site borders and from outside. The inspiration was taken from nature and also identity features of China, that’s why the flower was chosen as a symbol. Flower is a flexible system that changes in time according to weather conditions, time of the day and so on. We understood periphery as an edge condition that can be found not only the outskirts of the city, but between high rise and low rise areas, dense and undense zones.