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Nha Nhim Homestay by A+ Architects
Nha Nhim Homestay by A+ Architects
Nha Nhim Homestay by A+ Architects
Nha Nhim Homestay by A+ Architects
Nha Nhim Homestay by A+ Architects

Bronze Architecture · 2021

Nha Nhim Homestay

by A+ Architects

  • Bronze A' Design Award 2021 in Architecture
  • CLIENT: A+ Architects
  • Estimated Number of Design Views: 13,242
  • Verification code E868F451F2 · Verify this award
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About Nha Nhim Homestay

Nha Nhim is a homestay building in Da Lat, Viet Nam. The narrow site is about 8 metres wide and much longer, with uneven terrain and weak soil. All elements are lifted to widen the living space and to open views toward the valley. Waste materials from the area are collected and reused throughout the building. Bark, branches and test concrete blocks are given a new life, and offcuts from local textile factories are recycled into different parts. A large sloping roof blocks cold night wind and lets cool breezes pass during the day.

About the Bronze A' Design Award

Nha Nhim Homestay is a Bronze A' Design Award winner, a highly prestigious recognition granted to outstanding designs distinguished by creativity, ingenuity, and astuteness. Bronze winners are amply skillful and strikingly creative artifacts that authenticate the vast experience, imagination, and resourcefulness of their designers. Nha Nhim Homestay is expected to be a highly regarded, admired, and cherished object that is notably professional and innovative. This Bronze A' Design Award-winning design incorporates best practices in art, science, design, and technology, and is excellent for its attention to detail. Nha Nhim Homestay splendidly satisfies needs, touches desires, charms feelings, and appeals to curiosity.

Press Kit

Unique Properties
Nha Nhim Homestay was built in Da Lat City. It was located on a slope of a mountainous area with deserted scenery from the surrounding neighborhood. This project was a story of giving so-called “garbages” a second chance. An architect’s adventure of creating something meaningful from trash.
Dimensions & Packaging
Site area: 290m2
Floor area ratio: 0.8
Total build up area: 232m2
Total site coverage: 59,7%
Tags
Residential Architecture, Homestay, Recycle, Waste Material, Da Lat, Viet Nam, Built Project
Production Technology
Barks, branches, test concrete blocks were the materials that we gave them a new life in this project.
Design Challenge
The site challenged the architects with its narrow and prolonging parameters, where the length significantly overshadowed the 8-meter width. The terrain is extremely bad with undulating, uneven terrain, weak soil, which can cause landslides.
Research
Although we exploited a lot of things inside, we still kept the harmony with the context by using the traditional materials. Instead of neighboring buildings, Nha Nhim Homestay was lifted entire all of the elements to solve the problems such as: expanded the living space, created green space and circulation space for the narrow area. It also opened the view to the valley, not prevented by near buildings.
Inspiration
During the field trips to Dalat, we had to drive around to listen to local stories and what the local resource offered us. We found so much potential in waste materials from the area. Therefore we decided to collect and upcycle them. For instance, waste materials from local textile factories were classified and recycled into different parts. External wood cells were reused in ceiling modules and fences were made of tree branches.
Project Duration
The project started construction & operation in 2017 in Da Lat, Viet Nam
Operation Flow
The purpose of the project was a building not only stay but also business. The project included the main house and additional tubins. One of the most difficult we have to solve was the weather which was really cold in Da Lat. We created a big slope roof to avoid cold wind in the night but still received cool breezes in hot weather during the day. Moreover, we divided the project into several small elements to have good ventilation, natural sun light, reducing the use of artificial energy, causing harm to the environment.
Patents
A+ Architects
Image Credits
Photographer: Quang Tran
Video: AnTV

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