![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/362fa597a1394aadb78bf05f4db9a82b.jpeg?width=720&quality=85%2C50)
2 minute read
STUDIO 22
Design Tutors
Todor Demirov, Teoman Ayas
Advertisement
Year 04
Ian Sunjhoreea, Jedidiah Boateng, Amy Sharp, Raluca Bianca Sozanskyj, Natalia Cieminska, Samuel Simonyan, Rachel Sexton, Padina Amininavaei, Anda DetlavaGasmi
Year 05
Mohamed Al-Doury, Canberk Kara, Edward Biegel, Liana Luzina, Tamunoibi Darego, Alison Edwards, Priyanka Shah, Ricky Cheung, Donjeta Sejdiu, Ivan Ignatov, Elisa Rhodes Neurauter, Nelton Bordonhos Barbosa, Prospero Rosales, Kishan Kumar, Oliver Howard, Serin Husseyin
Microclimatic Morphogenesis
The climate is an ever-changing constant. It is a seemingly fickle constant involving a complex set of environmental elements, which are ever evolving in a manner prone to manipulation.
In Studio 22, we will embrace such uncertainty observed within the environment and explore its principles as the catalyst for sustainable architecture. Our design approach will follow experimentation towards a symbiotic relationship between technology driven sustainable design principles and their sociopolitical conceptualizations around architectural discourse for a sustainable architecture that truly befit the 21st century.
Our studio will focus on sustainability and explore a balanced approach to low and high-tech solutions through model making. We expect all students to produce physical models as fabrication will be an integral part of our design process. It will be important for everyone to communicate their ideas utilizing the most appropriate medium; therefore, we will encourage experimentation with various design tools in order develop one’s own unique style and unique architecture.
We want to trigger your imagination in response to the description of the term ‘sustainability’ in the 21st century. Your interpretation should question what the most important aspect of building design is, which makes it sustainable. We will investigate the way natural elements can be embedded into the city fabric in a meaningful way, forming a symbiosis between the fabricated and the natural.
Furthermore, Studio 22 will research structural efficiency within the framework of creating beautiful and meaningful spaces customized to the specificities of a program that responds to the site context.
Fig 01
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/cbe12d0a808b666cc6bd67aebb7e7654.jpeg?width=720&quality=85%2C50)
Fig 02
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/b61142cca17d417698b9e12e10ed9bbc.jpeg?width=720&quality=85%2C50)
Microclimatic Morphogenesis
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/514ff4105bcdae157e9fe60f17781789.jpeg?width=720&quality=85%2C50)
Fig 04
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/f5528b5062cc19dda46aa938d1d6488c.jpeg?width=720&quality=85%2C50)
Fig 05
Fig 06
Fig 01: Elisa Rhodes Neurauter, Fig 02: Ivan Ignatov, Fig 03: Nelton Bordonhos Barbosa, Fig 04: Natalia Cieminska, Fig 05: Elisa Rhodes Neurauter, Fig 06: Elisa Rhodes Neurauter, Fig 07: Ivan Ignatov, Fig 08: Ian Sunjhoreea, Fig 09: Ian Sunjhoreea, Fig 10: Serin Husseyin, Fig 11: Padina Amininavaei, Fig 12: Tamunoibi Dareg, Fig 13: Alison Edwards Fig 14: Tamunoibi Darego
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/48c36ba72e4fa570fa39dbf8048a9b12.jpeg?width=720&quality=85%2C50)
Fig 07
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/ced9181baab9ca155015b30dac6dab61.jpeg?width=720&quality=85%2C50)
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/b1896e1f75769ea3301c850ae3a52488.jpeg?width=720&quality=85%2C50)
Microclimatic Morphogenesis
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/594be508b872b971a90a079aaa4194af.jpeg?width=720&quality=85%2C50)
Fig 10
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/a475c40224338b628e834f25e0ce0fe1.jpeg?width=720&quality=85%2C50)
Fig 12 Fig 11
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/1e592bbafce7bd4292a88ad0fcb4ff48.jpeg?width=720&quality=85%2C50)
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/db0286cdf5ffaeb38ddf1c81617ab11e.jpeg?width=720&quality=85%2C50)
Fig 13
![](https://assets.isu.pub/document-structure/220819101024-d525602501f686fd7590dff1b89e2a70/v1/0366e615e9228b6844ad6d447418f6ff.jpeg?width=720&quality=85%2C50)
103