House 350 Program Shapes Modular Living Through a 350×350 Metal Grid

House 350 Program modular steel house with elevated 350×350 structural grid

House 350 Program transforms speed, modularity, and craftsmanship into a refined steel residence, where a precise 350×350 structural grid shapes flexible living with remarkable construction efficiency.

 

The House 350 Program Perpendicularly with a Regular Grid of 350x350cm in Metal Structure (Hence The Name Of The House)

 

House 350 Program Combines Modular Construction with Local Craftsmanship

Designed to be completed in the shortest possible time, House 350 Program embraces modular architecture as the foundation of its design strategy. A prefabricated steel structure was selected for its cost efficiency, material availability, and rapid on-site assembly, while timber ceilings, flooring, and finishing elements were handcrafted by local builders. This balanced approach merges industrial precision with artisanal construction, creating a contemporary residence that is both efficient and deeply rooted in regional craftsmanship.

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

A 350×350 Structural Grid Organizes Space with Precision

The residence is composed of two perpendicular volumes organised around a regular 350×350 cm metal structural grid, the defining principle behind the project’s name. The lower volume accommodates the social and service spaces, opening toward the pool and surrounding landscape, while the elevated upper volume contains the private bedrooms oriented to capture the morning sunlight. Perimeter columns and carefully arranged circulation establish a clear architectural rhythm, allowing the modular system to produce generous, adaptable living spaces without sacrificing spatial elegance.

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

︳Two sections with 7-meter cantilevers at each end of the upper floor create covered areas on the ground floor that serve as extensions of the balconies, social area, and/or car shelter. Motorized, retractable, and translucent awnings were positioned in all open spans. They allow control of natural light entry and adjustment of desired privacy.

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

︳While all the floors on the ground floor were built with cast-in-place concrete, the floor slabs of the 1st floor and the roof are of the “steel deck” type. All internal walls are of the “dry-wall” type, while all external perimeter walls of the house were executed in common masonry. The blind walls that do not have protective eaves received cladding of composite aluminum panels, as well as their external ceilings. The rest of the external walls have plaster and paint finish.

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

 

The house 350 program perpendicularly with a regular grid of 350x350cm in metal structure (hence the name of the house)

豆潭樓住宅設計強調與自然地形的和諧,框取自然之美

豆潭樓在地形中生成住宅秩序

豆潭樓順應場地起伏生成量體,使地形成為空間秩序的基礎,而非被建築壓制的背景。     住宅設計豆潭樓強調與自然地形的和諧,豆潭樓旨在框取自然之美,凸顯建築與環境之間的無縫銜接。建築空間透過微妙的高低變化加以劃分,豆潭樓體量緊密貼合場地自然輪廓,以地形線為指導原則,不僅勾勒出豆潭樓立面,更塑造了內部空間的流動感。尊重地形,將其作為建築敘事不可或缺的一部分。 位於越南林同省保祿市緩坡地帶的豆潭樓,俯瞰鬱鬱蔥蔥的山谷景觀。建築沒有試圖壓制場地,而是將地形納入生成邏輯,使住宅成為一種與 建築與地景 共構的存在。視野與坡度共同決定空間佈局,使環境不再只是背景,而是秩序的來源。     量體緊貼自然輪廓發展,以地形線作為立面與室內動線的基準。屋頂由動態角度構成,隨觀看位置改變呈現不同層次,使建築在視覺上保持流動感。這種生成方式強化了 建築與地景 之間的對話,使形式不是孤立物件,而是地貌的延伸。       起居室、餐廳與廚房被整合為連續開放空間,東向光線成為空間節奏的一部分。室內與前院、後花園之間保持滲透關係,透過高低差與視線控制,使生活場景自然分節,同時維持整體連續性。建築並未框住風景,而是讓地形參與日常經驗,形成一種克制而穩定的居住狀態。       建築空間透過微妙的高低變化加以劃分,尊重地形,將其作為建築敘事不可或缺的一部分。低矮的屋簷延伸了居住空間,同時起到柔和的遮蔽作用,過濾光線和雨水;黑色松木立柱與白色的主體結構形成精緻的對比。屋簷下的水景有助於調節微氣候,並巧妙地界定了空間邊界。   A similar relationship between

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