MVRDV大胆创新的建筑设计，需要我们在新科技带来的可能性中寻求突破。MVRDV NEXT是一个内部的专家小组，致力于研发和运用数字化工作流程以及其他新科技。我们与设计项目密切合作，也开展独立研究。通过这两种工作模式，我们优化设计方案，加速工作流程，让项目更高效，并在不确定的变化因素下更具适应性，探索一个公平的、数据驱动的和绿色的未来。除了项目和研究，我们还定期参与相关领域的工作坊和讲座，来分享知识、交流观点。如果你对我们的工作内容感兴趣，欢迎通过next@mvrdv.com联系我们。 Making MVRDV’s bold, innovative architecture requires us to push the limits of technological possibilities. As a group of in-house specialists, MVRDV NEXT develops and implements computational workflows and new technologies. Through a mixture of project-basedwork and standalone research, we rationalise designs, speed up processes and make projects more efficient and adaptable in the face of change. Our methods allow us to explore a future that is equitable, data-driven, and green. Alongside projects and research, we regularly engage in workshops and lectures in order to share knowledge and gain new insights. If these points resonate with you get in touch next@mvrdv.com 设计的自动化和信息反馈Design Automation and Feedback
我们在MVRDV的建筑和城市设计项目中提取关键的设计参数，并围绕这些参数研发计算模型。我们用不同方式组合这些参数，在数字模型中快速自动化呈现大量的设计方案，并同时量化评估每个方案的各方面性能，来辅助设计的决策。在项目探索中采用这种系统的方法，使我们得以将海量的设计方案变体一一斟酌比较，并将量化结果反馈到我们的计算模型中，建立迭代的设计流程，大浪淘沙，直至找到最优方案。 We identify key design parameters within MVRDV’s architectural and urban projects and develop computational models around them. Combining these parameters in different ways allows us to rapidly test large numbers of design scenarios in our digital models. The impact ofeach scenario can be evaluated against a variety of performance criteria. Exploring our projects with such a systematic approach enables us to compares cenarios at scale and to feed results back into our computational models, establishing an iterative design process to hone in on an ideal solution. 合理优化Rationalization MVRDVNEXT研发的数字化设计工作流程有两大目标：灵活度和精准度。在项目中，设计概念、结构和功能要求，以及经济因素往往环环相扣。通过参数化建模，我们将这种复杂关系以尽可能简单清晰的方式在计算机中重现。因此，项目在设计工程中享有很大的灵活度，而评估算法又帮助我们精准地找到最优方案。例如，在阿姆斯特丹 “山谷”（Valley) 住宅综合体项目中，设计师希望在建筑不规则的立面上采用看似随机的石砖分缝纹样。为此MVRDV NEXT团队研发了一套算法，大大降低了石砖的生产和安装难度，同时完美地呈现了最初的设计效果。 Within MVRDV NEXT we develop computational design workflows in pursuit of two ambitions: flexibility and precision. Parametric modeling gives insights into complex relationships between design concepts, structural and functional requirements, and financial implications.This enables flexibility throughout the design process and evaluational gorithms help to determine the optimal approach. For instance, in the designof Valley the desire for an apparently random pattern of tiles on the project’s irregularly shaped façade was made feasible by the development of scripts by MVRDV NEXT. 数据景观DataScaping 自1998年第一个“数据景观”(Datascape)项目以来，MVRDV一直在探索数据与空间之间的关系。建筑如何将与我们生活息息相关的数据以可视化的方式呈现？如何通过构建虚拟的、具有大量数据信息的模型，来传达设计创新的野心？在 “日照景观” (SolarScape) 项目中，我们研究了在不影响公共空间日照条件的情况下，一座城市内最多还可以再建造多少建筑体量，并将其可视化。在更宏大的“数据景观”研究框架下，我们将公共政策、环境和经济条件、建筑愿景和未来居住者的需求等数据综合纳入考虑，将其概念化，构建让各方因素可以互动博弈的可视化数字模型。 MVRDV has explored the relation betweendata and space since its first “Datascape” projects in 1998. How canarchitecture visualise the data that surrounds us? How can the construction ofvirtual, information-rich models communicate design ambitions? In ourSolarScape project, we visualise the buildable volume within a city withoutcompromising access to sunlight. Within the larger mission of DataScapes weconceptualise and develop interactive, digital models at the intersection ofpublic policy, environmental and economic conditions, architectural ambitions,and the desires of future residents. 试验性Experimentation MVRDVNEXT小组探索用不同的方法来提高和挑战现有的设计流程。新的科技，如传感器、3D 扫描、快速成形（如3D打印）、规划和施工中的AR（增强现实）和VR（虚拟现实）技术、多媒体设计叙事、以及机器学习，迟早会影响我们创造和体验环境的方式。届时，每个人都可以自主定义环境的形状。新科技与未来环境的成型有某种无形的联系，而对于我们来说，这种联系是需要被设计的，这是我们建筑师分内的职责。 MVRDV NEXT explores ways to enhance andchallenge existing design processes. Sensors, 3D scanning and rapidprototyping, AR and VR in planning and construction, multimedia designnarratives, and Machine Learning are new technologies that will, sooner orlater, impact how we create and experience our environment. It is up toeveryone to define what forms this could take. We consider the software thatconnects these elements a design object in itself, and therefore the task ofdesigning it a responsibility of architects.
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