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“Translation is taking on new forms this year, whether turning datasets into spatial proposals, physical models into digital systems, or environmental inputs into architecture. Across these varied approaches, architecture becomes a means of inquiry, grounded in making and attuned to both digital and material conditions.”

— Jackilin Hah Bloom, Graduate Thesis Coordinator

Over three days of reviews, 72 thesis students will present and engage their work in dialogue with over 80 guest critics from within and outside the discipline, alongside 17 faculty thesis advisors. This year’s projects will be alive with ideas and possibilities. We invite you to explore the work on view throughout the halls of SCI-Arc for an additional two weeks as part of the 2025 Graduate Thesis Exhibit.

“In a world that often struggles to imagine a different future, creativity in architecture becomes an act of hope, a way to envision, shape, and insist on possibilities beyond the present. Creation demands risk, vision, and responsibility; it asks us not only to understand what is wrong, but to imagine what could be right and to build it. In the face of global challenges that often seem overwhelming, the creative act becomes a form of resistance, of hope, and of agency. Especially in architecture, where the built environment reflects and shapes human experience, the power to design new possibilities is a necessity, not a luxury.”

— Elena Manferdini, Graduate Programs Chair

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

Aram Radfar

TEACHING ASSISTANTS

Suleyman Aminzada Hongyue Dai

HISTORY + THEORY ADVISORS

John Cooper Erik Ghenoiu Marcelyn Gow

DESIGN ADVISORS

Matthew Au Herwig Baumgartner Jackilin Hah Bloom Ramiro Diaz-Granados David Eskenazi Damjan Jovanovic Zeina Koreitem Elena Manferdini Eric Owen Moss Anna Neimark David Ruy William Virgil Devyn Weiser Andrew Zago
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Carissa Auth

Advisor: Jackilin BloomMA2

Symbiosis

 

My thesis is an investigation into the symbiotic relationship between nature and technology. This project begins not with a preconceived form, but with a method of seeing. It proposes a new way of looking at nature, not as something static or picturesque, but as something dynamic and able to be reinterpreted through a digital lens. It asks: What happens when we create a generative process that creates a new kind of nature that can be analyzed and digitized into parametric architecture?

As an architectural student, I see this relationship as more than a conceptual pairing; it is a framework for a new design methodology. Nature is an evolving system, shaped by environmental, biological, and cultural forces. Technology, particularly in its computational and parametric forms, offers tools to read, analyze, and project these systems into architectural form. By stripping natural imagery down to its essential geometries such as light and shadow, density and void, we can uncover latent patterns that become generative codes. These codes do not simply mimic nature; they transform it into architectural logic, allowing buildings to grow from data the way plants grow from genetic DNA.

In this process, projections become the mediator between perception and construction. Projection acts as the translator, flattening nature into digital form, embedding it into architectural typologies, and then re-expanding it into inhabited space. Surfaces shift between transparency, opacity, and permeability to create a dynamic dialogue between what is physically grown and what is digitally generated. This interplay allows for spaces that change with seasons, user interaction, or environmental input, blurring the boundary between the organic and the artificial.

Ultimately, my thesis positions nature not as a static artifact but as an interface, an evolving habitat where real and digital ecologies merge. It specifically merges botanical knowledge with digital precision. And through projection, it offers a way to not only see nature differently—but to experience it differently.


Site Isometric View
texture + exploded axon
Program Diagram
abstract plan
Perspective view of digital model
Alonso Alonso · Carissa Auth · Yoon Kyung Bai · Shaikha Ben Sabt · Shaheen Bharwani · Esteban Chavez · Geng Chen · Yuhang Chen · Monica Cherrington · Yi Cheung · Krish Dittmer · Sabrina Ellison · Yingzhe Fan · Drake Gaither · Paula Guerrero · Jonathan Guirguis · Nash Guyre · Yeasuh Ha · Jun Han · Yi Han · Basheer Hejal · Haven Henningsen · Minkuan Hu · Sean Keeley · Jinyun Kim · Dilara Şule Kipel · Noah Knuckles · Zachary Kuderna · Sze-Hin Jason Leung · Acacia Li · Jia Li · Yian Li · Zhengda Liu · Maxwell Lorenze · Noah Losani · Huihao Ma · Piyush Mahulkar · Oskar Maly · Carlos Martin · Quinn McCormack · Taylor Naftali · Chuwei Ni · Tarunima Nigam · Gabriella Pena · Samuel Perng · Harrison Phan · Sagar Ratnani · Jesus Renteria · Aahan Sakhuja · Brian Slusher · Carson Somer · Courtney Springbett · Werakul Srihahsan · William Tan · Mingfei (Allen) Teng · Modhi Tifouni · Karlson Spencer Ty · Giuseppe Vecchio · Raymund Vista · Chunjie Wang · Ke Wang · Jack Wasielwski · Wang Ching Wong · Kaijiani Wu · Ruozheng Wu · Chen Xu · Yunpeng Xu · Phuchong Yamchomsuan · James Yeh · Shander Yeh · Xiaoyun Zeng · Xintong Zhu ·  Alonso Alonso · Carissa Auth · Yoon Kyung Bai · Shaikha Ben Sabt · Shaheen Bharwani · Esteban Chavez · Geng Chen · Yuhang Chen · Monica Cherrington · Yi Cheung · Krish Dittmer · Sabrina Ellison · Yingzhe Fan · Drake Gaither · Paula Guerrero · Jonathan Guirguis · Nash Guyre · Yeasuh Ha · Jun Han · Yi Han · Basheer Hejal · Haven Henningsen · Minkuan Hu · Sean Keeley · Jinyun Kim · Dilara Şule Kipel · Noah Knuckles · Zachary Kuderna · Sze-Hin Jason Leung · Acacia Li · Jia Li · Yian Li · Zhengda Liu · Maxwell Lorenze · Noah Losani · Huihao Ma · Piyush Mahulkar · Oskar Maly · Carlos Martin · Quinn McCormack · Taylor Naftali · Chuwei Ni · Tarunima Nigam · Gabriella Pena · Samuel Perng · Harrison Phan · Sagar Ratnani · Jesus Renteria · Aahan Sakhuja · Brian Slusher · Carson Somer · Courtney Springbett · Werakul Srihahsan · William Tan · Mingfei (Allen) Teng · Modhi Tifouni · Karlson Spencer Ty · Giuseppe Vecchio · Raymund Vista · Chunjie Wang · Ke Wang · Jack Wasielwski · Wang Ching Wong · Kaijiani Wu · Ruozheng Wu · Chen Xu · Yunpeng Xu · Phuchong Yamchomsuan · James Yeh · Shander Yeh · Xiaoyun Zeng · Xintong Zhu ·