建筑设计之家收录于话题扎哈事务所为罗阿坦岛打造度假项目项目视频：第一个经济发展中心建立在 Prospera平台上，为Roatan Prospera创建了数字建筑平台，是洪都拉斯境内的一个经济发展和就业区，并与当地社区融合并具有半自治的管理和监管。 Roatan Prospera住宅的设计直接回应了当地的气候，地形和文化挑战，将“当地传统的木结构，气候适应性和空间体验以及新的数字化设计，工程和施工技术”相结合。

建筑设计之家

扎哈事务所为罗阿坦岛打造度假项目

项目视频：

第一个经济发展中心建立在 Prospera平台上，为Roatan Prospera创建了数字建筑平台，是洪都拉斯境内的一个经济发展和就业区，并与当地社区融合并具有半自治的管理和监管。

Roatan Prospera住宅的设计直接回应了当地的气候，地形和文化挑战，将“当地传统的木结构，气候适应性和空间体验以及新的数字化设计，工程和施工技术”相结合。

该项目基于当地环境的综合方法，利用当地现有的材料，工艺和制造设施来支持当地经济，旨在完全融入该地区。与AKT II合作，结构元素由当地的可持续木材制成。

Generating a digital architectural platform to create homes for Roatán Próspera, the first Economic Development Hub is built on the Prospera Platform, a zone for economic development and employment, integrated with local communities and have semi-autonomous governance and regulation, within Honduras.“Integrating local vernacular tradition of timber construction, climatic appropriateness and spatial experience with new digital design, engineering, and construction techniques”, the design of Roatán Próspera Residences responds directly to the climate, terrain and culture challenges. Relying on a comprehensive approach of the context, and working with existing local materials, craftsmanship, and manufacturing facilities to support the local economy, the initiative aims to blend completely with the territory. In collaboration with AKT II, the structural elements are made from local sustainable timber.

通过使用数字信息技术，可以将废物，污染，碳足迹和能源降至最低；同时可通过非现场制造获得更好的施工质量。

实际上，由“成套元件”开发的模块化系统可现场快速组装，是“专门针对当地供应链，运输和安装定制的成本控制解决方案”。

设计过程为当地工匠，商人和建筑团队提供一种新的体验与使用创新的技术工具，旨在在业主与当地社区之间建立持久的关系，以帮助新居民融入当地文化。

With the use of digital information technologies, waste, pollution, carbon footprint and energy can be reduced to a minimum; while better construction quality can be achieved, with off-site fabrication. In fact, the modular system developed of ‘kit of parts’, quickly assembled on-site, is “a cost-controlled solution specifically tailored to local supply chains, transportation, and installation”. Working towards providing local craftsmen, tradesmen and construction teams with a new kind of experience, working and using innovative technological tools, the design process aims to build lasting relationships between homeowners and the local community that will help new residents to integrate with the local culture.

此外，通过此数字配置平台，业主可以根据其空间需求规划自己的住宅，并与当地供应商联系。该平台应用了由ZHA计算与设计小组（ZHCODE）和AKT II计算技术团队（P.ART）开发的参数化设计软件，可确保根据每个未来业主定义的配置专门开发每个住宅。

Moreover, through this digital configuration platform, home-owners can plan their homes, according to their spatial needs and connect with local suppliers. Applying parametric design software developed by the Computational and Design Group at ZHA (ZHCODE) and the Computational Engineering Team at AKT II, (P.ART), the platform ensures that each residence is developed specifically to the configuration defined by each future resident.

实际上，“配置平台的基本原则是三维产权，将通过算法计算他们的居所，以适应他们选择的体素排列。每个体素的面积为35平方米，高4米。

住宅单元从35平方米的工作室（1个体素）到175平方米的家庭住宅（5个体素）”不等。使用者可用此平台自定义布局，以适应其喜欢的体素数量，至少有15,000种不同的变体来配置最多5个体素。

In fact, “a principle underpinning the configuration platform is three-dimensional property rights with homeowners acquiring occupational and exclusion rights for units of 3D space called volume-pixels or voxels. Their residences will be algorithmically computed to fit within their chosen arrangement of voxels. Each voxel is 35 square meters in plan-area and 4 meters high. Residential units vary from 35 sq.m studios (1 voxel) to 175 sq.m family homes (5 voxels)”. Owners can customize their layouts with this platform to fit their preferred number of voxels, with at least 15,000 different variations to configure the maximum of 5 voxels.