工作营火热报名｜金属融合：增强现实建造及机器人塑形

2024.7.20 – 28（9天/days） 

西交利物浦大学设计学院，苏州

Design Building, Xi’an Jiaotong - Liverpool University, Suzhou

· 对运用AI设计、增强现实和机器人建造感兴趣的学生与从业人员

· 有运用新技术设计和建造项目展示需求的人员

· 有深入了解及亲身体验海外前沿高校教学与研究需求的人员

· Students and professionals interested in using AI design, augmented reality, and robotic construction

· People with the need to use new technologies to design and construct project for demonstrations

· People with in-depth understanding and firsthand experience of the teaching and research needs of cutting-edge overseas universities

英语 English

3000元（西浦内部人士），5000元（外部人士）
*费用包含人身意外伤害险

3000RMB (XJTLU internals), 5000RMB (Externals)
* The fee includes insurance

2024.06.20

June 20th 2024

20人（以注册交费时间为准）
*若人数不满20人，工作营将取消，并安排全额退款

20 people (subject to registration and payment time)
* If the number of participants is less than 20, the workshop will be cancelled and a full refund will be arranged

在人工智能时代，创造力正在经历一场重大变革，我们需要重新评估我们在设计中的思维方式。本次工作营探讨建筑项目中的认知过程，强调先进的工具与技术是如何彻底改变我们的设计和建造方法的。我们还将研究人工智能与创新之间的共生关系，展示这些进步如何使我们将想象中的概念变成切实的现实存在。通过亲身动手实际操作，我们将同时深入不断发展的数字虚拟世界与真实工艺的世界，展示人工智能，机器人和混合现实技术如何增强我们创造创新解决方案和塑造未来建筑环境的能力。

“金属融合：增强制造和机器人塑形”是一个开创性的工作营，旨在让建筑专业的学生以及从业者沉浸在传统金属制造技术和尖端机器人塑形技术的创新交叉中。在工作营的过程中，参与者将从头到尾深入研究建筑结构创作的变革过程。

主结构 – 增强现实建造
Primary Structure - Augmented Fabrication

从钢筋弯曲和焊接开始，学生将掌握建造坚固的初级结构的基本原理，为他们的建筑愿景奠定基础。

Beginning with steel rod bending and welding, students will master the fundamentals of constructing robust primary structures, laying the foundation for their architectural vision.

机器人雕刻和塑形
Robotic Carving and Sculpting

在此之后，他们将探索机器人雕刻和塑形的领域，利用自动化的精度和多功能性切割复杂的泡沫附件，这些附件与主要结构无缝集成，形成他们设计的外壳。此外，学生们将通过应用覆层和/或加固饰面来完善他们的创作，为他们的建筑奇迹增添光滑耐用的饰面。

From there, they will explore the realm of robotic sculpting, harnessing the precision and versatility of automation to carve intricate foam attachments that seamlessly integrate with the primary structure, forming the envelope of their designs. Additionally, students will refine their creations by applying cladding and/or reinforcement finishes, adding a sleek and durable finish to their architectural marvels.

形式研究和深化 – AI
Formal Development - AI

形式的研究和深化过程将采用手动建模和人工智能技术的结合的方式。我们将使用手动建模来建立初始的正式指南，然后通过使用AI模型来增强细节。人工智能生成的图像将反过来激励3D模型的进一步发展。人和人工智能方法的迭代过程将涉及多次迭代，在整个过程中创建人和机器之间的合成协作。

The formal development process will employ a combination of manual modeling and AI techniques. We'll use manual modeling to establish initial formal guidelines and then enhance the details through using AI - diffusion models. The AI-generated images will in turn inspire the further development of 3D models. This iterative process of manual and AI methods will involve multiple iterations, creating a synthetic collaboration between human and machine throughout the entire process.

价值
Value

这种传统工艺、传统造型和先进技术的综合，将推动建筑工作流程的边界，同时实现复杂而高级的艺术表达。

This synthesis of traditional craftsmanship, conventional modeling and advanced technology will empower students to push the boundaries of architectural workflow.

学习目标

Learning Objectives

通过实践实验和指导探索，参与者不仅将获得制作和雕刻的实用技能，还将对物质性、技术和设计之间的共生关系有更深的理解。

Through hands-on experimentation and guided exploration, participants will not only gain practical skills in fabrication and sculpting but also cultivate a deeper understanding of the symbiotic relationship between materiality, technology, and design.

总结
Conclusion

"金属融合" 将是一次变革之旅，为设计师提供塑造建筑未来的工具和灵感。

"Steel Fusion" promises to be a transformative journey, equipping students with the tools and inspiration to shape the future of architecture.

· 了解混合技术工作流程（涉及AI、XR、建模、参数化设计…）

· 更精通机器人建造工艺

· 更精通增强现实建造工艺

· 学习如何使用各种人工智能工具来帮助思考过程，如ChatGPT、Midjourney、Stable Diffusion

· 学习如何从设计到落成构筑物规模的项目

· 学习如何在一个大团队中执行一个项目

· Understanding the mixed technology workflow (involving AI, XR, Modeling, Computing…)

· Be more proficient in robotic fabrication processes

· Be more proficient in augmented fabrication processes

· Learning how to use various AI tools such as Chat GPT, Midjourney, Stable Diffusion to help during thinking process

· Learn how to execute a pavilion scale project from design to finish

· Learn how to execute a big project within a big team

· 1:1建造的构筑物

· 6~10分钟项目视频（包括高质量的设计图片、专业照片、全过程、背景研究

· PDF展示+15分钟终审演示（在inDesign中编辑，包括所有高质量的设计图像、视频、专业照片、所有流程、背景研究等）

· 1:1 scale Built Pavilion

· 6~10min Project video (include high quality design images, professional photos, all processes, background research etc.)

· Presentation PDF + 15 mins presentation at the final review (Compiled in inDesign, include all high quality design images, videos, professional photos, all processes, background research etc.)

本次工作营还将包括来自1）Soomeen Hahm（SCI-Arc）、2）Hanjun Kim（AA）和3）Igor Pantic（伦敦大学学院，线上）的3场讲座，介绍不同大学正在进行的研究和设计工作，以及各自大学的入学要求和作品集偏好。

This workshop will also include 3 talks from 1) Soomeen Hahm (SCI-Arc), 2) Hanjun Kim (AA), and 3) Igor Pantic (UCL, Online) to introduce the on-going research and design works in different universities and also their admission requirements and portfolio preferences.

工作营结束将颁发各导师签署的结课证书。

At the end of the workshop, certificates signed by each instructor will be issued.

顺利完成工作营并表现优异的同学，可有机会获得导师的推荐信。

Students who have successfully completed the workshop with good performance may have the opportunity to receive reference letter from the instructors.

建成作品将有机会展览于苏州博物馆（洽谈中）。

The completed work will have the opportunity to be exhibited in Suzhou Museum (under discussion).

负责人：蒋乐源、冯蕾

联系方式：[email protected]

Coordinator: Leyuan Jiang, Lei Feng

Contact: [email protected]