船屋的诞生是出于为每个人的日常活动提供可持续解决方案的愿望。该项目位于城市郊区的一个绿色、宁静的区域,设计必须与周围环境相适应。因此,第一个步骤是不要干扰场地上的自然坡度。在-1200水平上创建的地下室楼层使其完全没有必要进行任何填充。地下室的面积比上层要小,以便有更多的花园空间。我们有意识地决定让地面保持原样,除了有连续运动的路径外,不铺设路面。

Boathouse is born out of a desire to provide sustainable solutions to everyday activities for everyone. Placed in a green, serene zone on the outskirts of the city, it was imperative that the design reacted to its surroundings. The first move, therefore, was not to disturb the natural slope on the site. A basement floor created at -1200 level nullified the need to do any filling at all. The basement was planned to be less than the upper floors to have more garden space. A conscious decision was taken to leave the ground as is, with no paving except for pathways having continuous movement.

混凝土作为一种材料被选择来支持弯曲的悬臂板,并且出现了一个剪力墙系统。船屋中使用的每一种材料都被选中,因为它是可持续的、廉价的,而且每种材料的潜力都被开发到了极限。回收的木材与裸露的清水混凝土、RCC和钢支撑系统结合使用。用水磨石和氧化物地板取代了工厂生产的瓷砖,并避免使用其他装饰材料,如层压板,以帮助减少碳足迹。所有的饰面都是手工制作的,以鼓励员工进行熟练和非熟练的劳动。

Concrete as a material was selected to support the devious cantilever slab, and a shear wall system came up. Every material used in the Boathouse is selected only because it is sustainable, inexpensive and the potential of each material is exploited to its breaking point. A combination of recycled timber has been used with exposed fair-faced concrete and RCC and steel support system. The use of factory-made tiles is replaced with terrazzo and oxide flooring, and other finishing materials like laminates are avoided to help reduce the carbon footprint. All finishes are handmade, to encourage employees to skilled and unskilled labor.

靠近游泳池和匝道的地板是由切割成75毫米的道具制成,并浇铸在混凝土中。模板的椽子被用作隔断的框架和游泳池区域的座椅。在模板中重复使用了四次的木条被进一步切割成10毫米厚的条状物,用作浴室和其他区域的隔板上的屏风。可以作为一个整体被回收的好的木片被用于卧室的地板。

The flooring near the pool and on-ramp is made of props cut to 75mm and cast in concrete. The formwork rafters are used as a framework for the partitions and as seats in the pool area. The wooden battens reused four times in formwork were further cut into 10mm thick strips and used as screens on the partitions in bathrooms and other areas. The good pieces which could be salvaged as a whole were used for flooring in the bedroom.

通过将功能划分为两个明确的区域–生活区和服务区,创造一个中间空间,寻求下一个层次的优化。院子在水平和垂直方向上进行交流–物理上、视觉上和感官上。它成为一个在建筑内旅行的地方,也是观察完全透明的地方。庭院两侧有焊接的网状钢屏,对元素开放,并冷却通过它的空气。这个空隙是房子的心脏,陈旧的能量在这里被排出,新鲜的能量则不断地被抽入。大多数房间在三面都有开口,以便更好地通风。为了避免服务区额外的下沉式楼板,整个地板由低碳钢管组成,使所有的水管都悬空。

The next level of optimization was sought by dividing the functions into two clear zones- Living and Services, creating an in-between space. The courtyard communicates horizontally and vertically- physically, visually, and sensually. It becomes a place to travel within the building and also where complete transparency is observed. With welded mesh steel screens on either side, the court is open to elements and cools the air that passes through it. This void is the heart of the house where stale energy is ejected and fresh one pumped in constantly. Most rooms have openings on three sides to allow for better ventilation. To avoid additional sunk slabs in the service block, the entire floor is made up of mild steel pipes, making all plumbing suspended.

所有的非结构性墙体都是隔断或全望远镜,以确保最大限度的日光进入房屋,削减电力成本。在西面的墙上开了长长的水平缝隙,以减少眩光和全天最大限度的阳光照射。热能通过使用屋顶花园进一步优化,有土、水和植物。

All non-structural walls are partitions or full gazing to ensure maximum daylight into the house, cutting electricity costs. Long horizontal slits are cut in the western wall to minimize glare and maximum sunlight throughout the day. Thermal energy is further optimized by the use of roof gardens, having earth, water, and plants.

基于鱼菜共生概念建造的生物池,是一个在自然中游泳的空间。它精致的生态系统包括水生植物、鱼类、青蛙、海龟和候鸟。建筑是这种生命游戏的无声见证。

The bio pool, built on the concept of aquaponics, is a space to swim amidst nature. Its delicate ecosystem consists of aquatic plants, fishes, frogs, turtles, and migratory birds. Architecture is a silent witness to the play of this life.

Architects: Architectonica Procreate
Area: 260 m²
Year: 2019
Photographs: Noaidwin Studio
Manufacturers: Hindware, Jaquar, Mitsubishi Electric, Architectonica, Norisys, Philips, Sun Company, Ultratech, cera
Lead Architect: Poonam Jolly
Architectural Design: Varsha Sujit
Architecture Detail Design:Sanjay Rabari
Architecture Graphic Design:Jay Suthsan
Interns:Omesh Shankalpara, Kiran Tvvs
Manager:Rohit Shah
Sustainability Consultant:Falguni Desai
Civil Engineer:Hitesh Rathi
Carpenter:Davendra Boravat
Plumber:Mansukh Agera
Electrician:Bimal Rajoria
Architects:Architectonica Procreate
City:Ahmedabad
Country:India