Taizhou Mansion Telaristiya Bazirganî by Feng Cheng

Taizhou Mansion Telaristiya Bazirganî by Feng Cheng is a highly esteemed winner of the very prestigious 2020 Xelata A' Design Award a Zêrîn in Dîzayna Mîmarî, Avahî û Strukturê Competition Category.

ZêrMîmarî· 2020

Taizhou Mansion Telaristiya Bazirganî

by Feng Cheng

Client: Vanke

Xelata A' Design Award a Zêrîn Winner in Mîmarî Category

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Verified Award Winner

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Colors

The Design

About Taizhou Mansion Telaristiya Bazirganî

Taizhou Mansion avahiyeke bazirganî ye ku li devereke bajarê kevn ê Taizhou, Çîn de cih digire. Sêwiran ji baxçeyê kevneşopî yê Çînî îlham werdigire. Dîwarên zîgzag û rêyên xwarûvîçûyî cihê avahiyê ji derdora bideng vediqetînin û dîmenên hilbijartî çarçove dikin. Hewşeke sereke li navendê hatiye danîn û mekanên fonksiyonel li dora hewşê hatine rêzkirin da ku rêyeke bazneyî pêk bînin. Hewşên biçûktir bi rêyên xwarûvîçûyî bi hev ve girêdayî ne. Kevirê qûmî yê spî, pelên aluminiumê metalîk, cam û torên metal hatine bikaranîn. Sêwirana modula standardkirî li seranserê avahiyê hatiye sepandin.

The Recognition

About the Xelata A' Design Award a Zêrîn

Taizhou Mansion Telaristiya Bazirganî xelatgirê Xelata A' Design Award a Zêrîn e, nasîneke pir bi prestîj ku ji sêwiranên pola yekem, ecêb û berbiçav re tê dayîn. Xelatgirên Zêrînê afirandinên pir nûjen, dûrbîn û geş in, yên ku jêhatîbûn, şehrezayî û hêza sêwiranerên xwe nîşan didin. Tê hêvîkirin ku Taizhou Mansion Telaristiya Bazirganî vedîtineke pir hatiye pesindan, trendsazker û mezin be ku nirxeke bêhempa peyda dike. Ev sêwirana bi Zêrînê serketî projeyeke ecêb û hêja ye ku sînorên huner, zanist, sêwiran û teknolojiyê fireh dike. Taizhou Mansion Telaristiya Bazirganî daxwaza xurt çêdike, coşê şiyar dike, afirînerîyê teşwîq dike û me heyirî dihêle.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: This project is the first project of Vanke to implement standardization and modularization. This project separates the site from the noisy outdoor areas through the control of people's views and the zigzag design of people's circulation. Create an exquisite arcadia.
Dimensions & Packaging: Land area: 2616sq
Building area: 437sq
Tags: Chinese garden,standardized design,courtyard,standardized module,White sandstone,
Production Technology: White sandstone,Metallic aluminium sheet,glass,metal grids
Design Challenge: This demonstration area is located in an old town, in a messy environment. And this is VANKE’s first project to implement the standardized module design. The design of the building focuses on making a positive contribution to the surroundings.
Research: The project was designed by UCGD, commissioned by VANKE. And this is VANKE’s first project to implement the standardized module design. The design of the building focuses on making a positive contribution to the surroundings.Because of the narrow site, the project was to create natural surroundings of the building and keep connection in-between. Due to referencing Chinese garden, the walls give the project its own character, which not only lowed the impact of messy environment, but also create many winding paths and framed beautiful spaces.
Inspiration: Because of the narrow site, the project was to create natural surroundings of the building and keep connection in-between. Due to referencing Chinese garden, the walls give the project its own character, which not only lowed the impact of messy environment, but also create many winding paths and framed beautiful spaces. For building to have a strong connection to the rich surrounding natural we made. In this way, the project has a quiet atmosphere that is rare in the center of the city.
Project Duration: The project started in September 2018 in Taizhou and finished in March 2019 in Taizhou,China.
Operation Flow: For the maximized benefits of the landscape, the architect puts the main courtyard in the center and surround all the functional spaces around the main courtyard to create circular flow. Because of small courtyards and functional spaces are connected by winding paths and zig-zag walls.
Team Members: Yuanfeng Xu
Shuo Xu
Qinggang Zhu