Showcase | 案例成果

Using Mediator AI and EvoMass to Achieve Consensus in Architectural Design | 使用 Mediator AI 与 EvoMass 在建筑设计中达成共识

During the design process of this workshop, Mediator AI acts as an intermediary among designers, users, and developers, helping stakeholders better understand each other's needs. At the same time, EvoMass and generative AI assist designers in rapidly iterating designs and visualizing concepts. | 在本次工作营的设计过程中，Mediator AI 充当设计师、使用者与开发商之间的中介，帮助各利益相关方更好地理解彼此的需求。 同时，EvoMass 与生成式 AI 协助设计师快速进行设计迭代与概念可视化。

Rooftop PV in Massing Optimization: Synergy of Daylighting and Solar Generation | 将屋顶光伏融入体量优化，兼顾采光与发电协同

This project explores how rooftop PV panels can be integrated into the building massing optimization process. By doing so, we can identify synergistic solutions that accommodate both the requirements of building lighting performance and solar energy production. | 本项目探索如何将屋顶光伏板融入建筑体量优化的过程中。通过这种方式，我们可以找到兼顾建筑采光性能与太阳能发电需求的协同解决方案。

Parallel Design Exploration Based on a Cross-Platform Design Environment | 基于跨平台设计环境的平行设计探索

In this project, students used a cross-platform design environment combining Rhino‑Grasshopper and HDB Evolver to conduct rapid parallel design explorations during the architectural schematic design phase. By setting different building massing prototypes with EvoMass, they optimized performance under various building and environmental conditions. Finally, through analyzing the optimization results, they extracted key design insights and completed the design solutions accordingly. | 在本项目中，学生使用结合 Rhino‑Grasshopper 与 HDB Evolver 的跨平台设计环境，针对建筑方案阶段开展快速的平行设计探索。 通过在EvoMass中设置不同的建筑体量原型，学生对多种建筑与环境条件下的性能进行优化。最终，通过对优化结果的分析，提取关键的设计洞见，并据此完成设计方案。

Bringing Optimization into Design Conceptualization | 将优化融入设计概念推敲

In this workshop, participants first proposed preliminary mixed-use concepts based on site and building typology, and then used EvoMass to rapidly define parametric design prototypes of these concepts. Unlike other cases, this workshop emphasizes that designers first develop preliminary design concepts, and on this basis, use EvoMass to integrate environmental performance into the development and deepening of the design. | 在该工作营中， 参与者首先根据场地与建筑类型提出初步的混合使用概念，随后利用 EvoMass 对这些概念进行快速的参数化设计原型定义。 与其他案例不同，本工作营强调设计师先提出初步设计概念，在此基础上通过 EvoMass 将环境性能融入设计的发展与深化过程之中。

Hybrid Explicit–Implicit Design Generation for Adaptive Massing–Facade Co‑evolution | 显式-隐式混合设计生成：体量与表皮的适应性协同演化

In this project, we explore how to achieve a co-evolution of building massing and facade. The optimization employs a hybrid design generation method that combines explicit and implicit strategies, allowing the building facade to adapt to varying massing forms. The optimization result reveals how the facade can, in turn, influence the evolution of the building massing, as well as the adaptability between different massing forms and facade schemes. | 在本项目中，我们探索如何实现建筑体量与表皮的协同进化。 优化过程采用了一种混合设计生成方法，结合了显式与隐式两种生成策略，使建筑表皮能够适应多变的体量形态。该优化揭示了表皮如何反过来影响建筑体量的演化， 以及不同体量形态与表皮方案之间的适应关系。

Optimization for Solution-Finding | 以优化寻找设计方案

In this workshop, participants used EvoMass for rapid design optimization and analysis, and then applied the optimization results to subsequent design development. Since this project was an early attempt with EvoMass, design optimization still followed the common workflow—using optimization as a means of solution-finding. | 在该工作营中， 参与者使用 EvoMass 进行快速的设计优化与分析，并将优化结果用于后续的设计深化。由于该项目是 EvoMass 的早期尝试，设计优化仍沿用常见的流程， 即将优化作为寻找解决方案的手段。

How Optimization Shapes Problem-Framing | 由优化塑造设计问题的建构

In this design, the designer continuously discovers new design problems and objectives through EvoMass-based building massing optimization, and incorporates design goals beyond performance into the optimization process via soft constraints, thereby achieving a co-evolution process between design solutions and design problems. | 在该设计中，设计师借助基于EvoMass的建筑体量优化，不断发现新的设计问题与目标，并通过软性约束的方式， 将性能以外的设计目标纳入优化过程，从而实现设计方案与设计问题的协同演进。

Parallel Optimization for Design Problem Framing and Concept Generation | 平行优化-服务设计问题建构与概念生成

In this design project, the designer gained key performance-related insights through parallel optimization explorations of thermal radiation control and natural daylighting performance, and then integrated these understandings into the framing of design problems and the subsequent generation of design concepts. | 在本设计项目中，设计师通过对热辐射控制与天然采光性能进行平行优化探索，获得了关键的性能相关洞见，并将这些理解融入设计问题的构建及后续设计概念的生成中。