Berezowski House

Cover；The beams are interspersed with exposed beams of the slab-panel type, a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure

The beams are interspersed with exposed beams of the slab-panel type,  a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure 

 

Berezowski House

 

The beams are interspersed with exposed beams of the slab-panel type, a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure

House is located on an urban plot with a slight slope from the street towards the back of the lot.  [The entire program was distributed on a single floor that is leveled with the public sidewalk.  Which generated an intentional outcrop of the pool at the back of the house.  The pool occupies almost the entire boundary between the house and the backyard.  It was designed so that one of the residents,  who is a swimming teacher,  could teach at home.

 

The beams are interspersed with exposed beams of the slab-panel type, a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure

The bedrooms open onto an uncovered perimeter garden on one side of the plot.  While the services are located on the other side,  facing the mandatory retreat area.  The social area (living room,  dining room and balcony) faces the backyard and occupies a transversal portion of the plan.  A 2-meter wide corridor directly connects the front access to the social area.  It separates the bedrooms from the service area and it has 6 linear zenith openings for natural light and ventilation.

The beams are interspersed with exposed beams of the slab-panel type, a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure

 

The beams are interspersed with exposed beams of the slab-panel type, a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure

 

The beams are interspersed with exposed beams of the slab-panel type, a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure

 

The beams are interspersed with exposed beams of the slab-panel type, a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure

 

The beams are interspersed with exposed beams of the slab-panel type, a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure

The roof structure of the house is formed by 8 exposed concrete beams cast in place.  With a length of 30.5 meters and spaced 2.10 meters apart.  The beams are interspersed with exposed beams of the slab-panel type.  A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure.  At some specific points (access gallery,  bathrooms,  circulations and internal sections of the room and balcony);  The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation.  Most of the luminaires are built into these skylights.

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

2-1txt) [The roof structure of the house is formed by 8 exposed concrete beams cast in place. With a length of 30.5 meters and spaced 2.10 meters apart. The beams are interspersed with exposed beams of the slab-panel type. A second mesh of perpendicular beams follows the internal divisions of the rooms and “ties together” the whole structure]. At some specific points (access gallery, bathrooms, circulations and internal sections of the room and balcony); The placement of the slab-panel joists is interrupted by linear skylights for natural lighting and/or ventilation. Most of the luminaires are built into these skylights.

 

KanikaChic is the world’s most snatched iconic cultural and creative social network sites(SNSs)

 

KanikaChic creates the snatched of the global cultural and creative social network sites(SNSs) of the iconic big hit the tt-Artstudio.

 

KanikaChic is the world’s most snatched iconic cultural and creative social network sites(SNSs). KanikaChic creates the snatched of the global cultural and creative social network sites(SNSs) of the iconic big hit the tt-Artstudio. KanicChic has nomad creation studios in both Antwerp, Belgium and Milan, Italy, which collect the top-notch art, design, crafts, trendy and fashion life, architecture, and W4Porn. The cross-domain compiled critics develops the most trendy and iconic, tt-Artstudio in the art and cultural social network, A.K.A. ChicHOUSE. It is also the mostly visited cultural social network website.

 

Cover；The beams are interspersed with exposed beams of the slab-panel type, a second mesh of perpendicular beams follows the internal of the Berezowski House and “ties together” the structure

 

Om onvervangbaar te zijn, moet je altijd anders zijn.
Er zijn fascinerende beelden hier, en de fascinerende dag van samen!  xo KanikaChic
─────────────────────────────────────────────────────
Per essere insostituibili bisogna sempre essere diverso.
Ci sono immagini affascinanti qui, e l’affascinante giornata di insieme!  xo KanikaChicKanikaChic's tt-ArtStudio ChicHOUSE

碎片重組 2025 科莫湖設計節精彩亮點

碎片重組 2025 科莫湖設計節精彩亮點

08/10/2025

  科莫湖設計節提供了截然不同的東西：較慢的節奏和地方感，設計與歷史、景觀和工藝對話。在森林覆蓋的山丘和美好年代別墅的背景下，這座城市的身份始終與優雅和生產聯繫在一起——從羅馬式石雕和理性主義建築到曾經覆蓋歐洲的絲綢工廠。在這樣的背景下，碎片亮點重組了2025 科莫湖設計節。     說到設計活動，很少有地方能在活動的密度方面與米蘭設計週相媲美。然而，剛從第七屆科莫湖設計節回來的我們意識到，與設計最能引起共鳴的邂逅並不總是來自規模，而是來自環境。科莫，以其多層次的魅力和手工傳統，提供了截然不同的東西：較慢的節奏和地方感，設計與歷史、景觀和工藝對話。在森林覆蓋的山丘和美好年代別墅的背景下，這座城市的身份始終與優雅和生產聯繫在一起——從羅馬式石雕和理性主義建築到曾經覆蓋歐洲的絲綢工廠。在這樣的背景下，藝術節在別墅、公園和廢棄的教堂中展開，其主題「碎片」不僅透過展出的物品迴盪，也透過城市本身迴盪，層層歷史構成了一幅城市掛毯，過去的碎片交織在當代日常中。     今年的主題恰逢其時。在一個飽受衝突、兩極化和氣候劇變摧殘的世界裡，碎片化是我們日常生活中不可或缺的一部分。然而，這次藝術節邀請我們以不同的視角看待它：它並非崩潰，而是一次重生的機會，一次對千篇一律的反抗，一次重新連結的姿態。無論是在字面上對廢棄石材和木材的再利用，還是在概念上對歷史、記憶和個人敘事的層層疊加，我們都在每一次展覽中追尋著這條線索。 我們的旅程從藝術節的中心——奇洛梅特羅·德拉·諾森扎（Chilometro della Conoscenza）開始。這座線性公園將湖畔的三棟歷史悠久的別墅串聯起來，也成為了藝術節的中心。「當代設計精選」展覽由Giovanna Massoni策劃，被設想為一座露天藝術館，匯集了一群國際設計師，他們的作品散落在場地各處，如同一條條等待拼湊的線索。       我們在這裡看到的許多作品都毫無保留地以材料為主導，設計師們突出了他們所選用的材料的傷痕和不規則性。以荷蘭的日本設計師Sho Ota的 Amphisbaena Bench 為例，它是與倫敦Agglomerati的Sam Henley合作創作的。它長五米，其微妙蜿蜒的形狀讓人想起神話中兩端各有一個頭的蛇，由曾經打算送往梵蒂岡的未使用的石灰華邊角料製成，其支離破碎卻又悄然不失紀念意義的形式簡潔地概括了今年的主題。作為 Ota 正在進行的Surfaced 系列的一部分，該系列的靈感來自日本boro紡織品（明顯有補丁和縫補的服裝），這張長凳成為了透過修復實現連續性的隱喻。

Facebook
Twitter
LinkedIn
Tumblr
Picture of kanikachic

kanikachic

All Posts »
0 0 votes
Article Rating
Subscribe
Notify of
guest
0 Comments
Oldest
Newest Most Voted
Inline Feedbacks
View all comments
Search

Kanika’s tt-ArtStudio Chic-house

The world’s most shocking trend, excellent top-quality commodity analyses refreshing and stunning public viewpoints.