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Aligned with the first week of the fall term, Graduate Thesis at SCI-Arc cultivates an inevitable link between the theses of outgoing graduates and the curiosity of incoming students. The weekend of reviews gives graduate thesis students an invaluable platform to articulate, propose, and defend their work to the SCI-Arc community and beyond. 97 students and 21 faculty advisors will converge with an array of invited guest critics from within and outside the discipline of architecture, to review, debate, and contemplate the provocations of this year's thesis projects.

“This year's graduate thesis projects at SCI-Arc are rooted in a profound understanding of the persistent social, technological, and climatic challenges we face globally,” notes Jackilin Hah Bloom, Graduate Thesis Coordinator. “Students have established new capacities to address these issues, not from a problem-solving approach, but one that focuses more on crafting novel processes and frameworks to enhance our understanding of the built environment. While each project represents a unique and personal exploration, collectively, this year's thesis projects will invigorate discussions around technology, building, and ecology.”

Special thanks to all the constituents at SCI-Arc who help to make all Graduate Thesis events happen.

DIRECTOR/CEO

Hernán Díaz Alonso

VICE DIRECTOR/CHIEF ACADEMIC OFFICER

John Enright

GRADUATE PROGRAMS CHAIR

Elena Manferdini

GRADUATE THESIS COORDINATOR

Jackilin Hah Bloom

ASSISTANT TEACHER

Richard Mapes

TEACHING ASSISTANTS

Kelly Dix Van Benjamin Elmer

HISTORY + THEORY ADVISORS

John Cooper Erik Ghenoiu Marcelyn Gow

DESIGN ADVISORS

Matthew Au Kristy Balliet Jackilin Hah Bloom Ramiro Diaz-Granados David Eskenazi Soomeen Hahm Damjan Jovanović Karel Klein Zeina Koreitem Karen Lohrmann Elena Manferdini Rachael McCall Eric Owen Moss Anna Neimark Casey Rehm David Ruy Marcelo Spina William Virgil
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TeKuei Huang

Matthew Au

DougongTectonics

 

A Cosmo-Technic Approach to Taiwan’s future Architecture and Urbanism

The distinct identities of nations and cultures often find themselves diluted within the architectural chronology of standardization, universalization, and commercialization. Contemporary architecture and urban planning have, over time, witnessed a transformation driven by factors such as globalization, technological advancements, and homogenization. As cities modernize and globalize, traditional architectural elements and local nuances are frequently overshadowed by standardized designs that could easily belong to any city across the globe. This erosion of cultural identity not only diminishes the uniqueness of each place but also severs the ties between people and their surroundings, leading to a sense of disconnection and alienation to their historical and cultural roots.

As a response to this predicament, innovative approaches emerged—seeking to revive historical and cultural identities while embracing indigenous aesthetics and ideologies. Kenneth Frampton's concept of "Prospects for a Critical Regionalism" certainly offers a bridge between vernacular architecture and modernity, it tends to fall short in fully capturing the essence of a pure historical identity. Critical Regionalism, though valuable, often emphasizes a synthesis that may dilute the profound cultural underpinnings that define a nation's architectural heritage.

Inspired by Chinese philosopher Mou Zongsan's articulation of Qi and Dao. Qi is something below form that takes space; while Dao, literally meaning, “way” or “path is above form that guides the universe. Qi belongs to the phenomenon, while Dao belongs to the noumenon. By aligning with Yuk Hui's philosophies of Cosmotechnic, I propose a design that attempts to transcend the limitations of Critical Regionalism and engages with a more profound narrative of cultural identity. In this scenario, the DougongTectonic system becomes a manifestation of Qi and Dao.

The convergence of Qi and Dao provides a philosophical framework that resonates with the vertical urbanism inspired by the Dougong system.

The proposed Design envisions an alternative trajectory for Taiwanese urban development, one that diverges from the influence of Western modernization in the 20th century. Taiwan's modernization of urban planning bears the early imprint of Japanese imperial colonization from 1895 to 1945. During this period, imperialism-driven urban planning practices were introduced to showcase sovereignty and governmental authority. The landscape saw the emergence of centralized government structures and national memorials, featuring design elements such as roundabouts and concentric plazas, reminiscent of French imperial architecture. In contrast, China's encounter with western modernization occurred decades later and took a different trajectory, marked by a distinct absence of widespread foreign colonization. This allowed China's urban planning to exhibit a more seamless continuation of its cultural heritage.

Focusing on Taiwan's urban planning serves as a foundational study for the concept of a vertical city employing the Dougong Tectonic system. In this vertical city, the assemblage of architectural elements follows a central axis, with symmetrical vertical stacking emphasizing balance and harmony. This approach resonates with Taiwan's historical urban planning, where roundabouts and concentric plazas were employed to create spatial order and a sense of unity. By incorporating this historical context, the proposed vertical city harmoniously anchors the traditional essence of Dougong with the spatial organization principles that defined Taiwan's urban landscape.

This alternative timeline allows for the organic evolution of Taiwanese cities, embracing their own cosmologies, values, and traditions. At the heart of this transformation lies the Dougong system, which serves as a guiding principle for architectural and urban development. In this scenario, buildings rise vertically, adopting the sequential assemble methodology of Dougong, provides a canvas upon which the cosmic principles of Qi and Dao are inscribed, guiding the growth and evolution of the urban landscape over time. This vertical urbanism creates a spatial and temporal dialogue between different eras, echoing the intricate layers of history and culture that characterize Taiwanese society.

By embracing the Dougong system's intricate assembly and color coding, a novel approach to Taiwanese urban development comes to fruition—one that sidesteps the influence of Western modernization and embarks on a journey of vertical urbanism through time. As DougongTectonics rise toward the sky, they carry with them the echoes of the past, the aspirations of the present, and the promise of a future where tradition and innovation coalesce to create a vibrant and authentic Asian urban landscape.

 
 

Phase 1 Decorative Patterns

Phase 2 Decorative Patterns

Phase 1 - Small Village

Phase 2 - Medium Town

Phase 3 - City

Alex Aguilera · Ahmed Almohanna · Omar Alrejaib · Lieven Baert · Maddy Berthold · Arjun Bharat · Adelle Bunch · Charite Carballo · Angelina Castagnola · Mackenzie Champlin · Junyi (Joy) Chen · Kai-Yen Chen · Wan-Yu (Wendy) Chen · Wei-Hung Chen · Yilong Chen · Yuyan Chen · James Chidiac · Shuang Chu · Jenny Cook · Kai Daniels · Emily Dinnerman · Solace Enwere  · Zarina Farmer-George ·  Kristoff Fink · Jack Freedman · Miaoyan Ge · Diba Ghazia · Qian Gu · Evelyn Hinojosa · Meng-Jung Ho · Jingbo Huang · TeKuei Huang · Matthew Hunt · Benjamin Jepsky · Suyue Jin · Xiao Jin · Abhishek Kadian · Krishna Kakadia · Yara Kamali · Morgan Knowles Sobotka  · Kaustubh Kulkarni · Aleksandra Lapshina · Daniel Chek Lam Lau · Wonjae Lee · Samson Levi · Sijia Li · Chloe Sijie Lin  · Bingkun Liu · Chunjia (Haruka) Liu  · Lexin Liu · Yanchu Liu · Freeland Livingston · Sizhe Lu · Amin Marandi · Jila Mendoza · Arthur Modine · Zhao Mu · Corey Norman · Lejian Ouyang · Matthew Pak · Jingyi (Casey) Pan  · Piyush Panchal · Hanna Park · Jinyong Park  · Nehal Patel · Felix Reyes · Mohamed Rezk · Jack Sheffield · Jiangyao Shen · Fang Shu · Man Shu · Yangmin Su · Pan Tan · Claire Trout · Marbella Vasquez Farach · Maria (Meli) Vasquez  · Jiehao Wang · Wei-Chieh Wang · Zeyu Wang · Michael Webb · Jixun Wen · Zhifeng Wu · Jinxin Xu · Huaiben Yang · Yuexiao Yang · TIffany Yu · Xinyuan Yue · Rebecca Zamani · Hiwot Zegeye · Jiaxin Zhao · Rui Zhao · Yiyu Zhou · Wei Zhu · Qingyang Zong · Haocun (Joseph) Zou  · Mange Zou · Kyle Zufra · Kyle Zufra ·  Alex Aguilera · Ahmed Almohanna · Omar Alrejaib · Lieven Baert · Maddy Berthold · Arjun Bharat · Adelle Bunch · Charite Carballo · Angelina Castagnola · Mackenzie Champlin · Junyi (Joy) Chen · Kai-Yen Chen · Wan-Yu (Wendy) Chen · Wei-Hung Chen · Yilong Chen · Yuyan Chen · James Chidiac · Shuang Chu · Jenny Cook · Kai Daniels · Emily Dinnerman · Solace Enwere  · Zarina Farmer-George ·  Kristoff Fink · Jack Freedman · Miaoyan Ge · Diba Ghazia · Qian Gu · Evelyn Hinojosa · Meng-Jung Ho · Jingbo Huang · TeKuei Huang · Matthew Hunt · Benjamin Jepsky · Suyue Jin · Xiao Jin · Abhishek Kadian · Krishna Kakadia · Yara Kamali · Morgan Knowles Sobotka  · Kaustubh Kulkarni · Aleksandra Lapshina · Daniel Chek Lam Lau · Wonjae Lee · Samson Levi · Sijia Li · Chloe Sijie Lin  · Bingkun Liu · Chunjia (Haruka) Liu  · Lexin Liu · Yanchu Liu · Freeland Livingston · Sizhe Lu · Amin Marandi · Jila Mendoza · Arthur Modine · Zhao Mu · Corey Norman · Lejian Ouyang · Matthew Pak · Jingyi (Casey) Pan  · Piyush Panchal · Hanna Park · Jinyong Park  · Nehal Patel · Felix Reyes · Mohamed Rezk · Jack Sheffield · Jiangyao Shen · Fang Shu · Man Shu · Yangmin Su · Pan Tan · Claire Trout · Marbella Vasquez Farach · Maria (Meli) Vasquez  · Jiehao Wang · Wei-Chieh Wang · Zeyu Wang · Michael Webb · Jixun Wen · Zhifeng Wu · Jinxin Xu · Huaiben Yang · Yuexiao Yang · TIffany Yu · Xinyuan Yue · Rebecca Zamani · Hiwot Zegeye · Jiaxin Zhao · Rui Zhao · Yiyu Zhou · Wei Zhu · Qingyang Zong · Haocun (Joseph) Zou  · Mange Zou · Kyle Zufra · Kyle Zufra ·