Persistent Modelling: Extending the Role of Architectural Representation

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His primary interest lies in the development of computational design methods, the encoding and decoding of geometry, that allow to fully explore the potential of additive manufacturing in architecture.

Rhino Architecture - How to Model Villa Ypsilon

Yu-Chou Chiang is a PhD candidate at Faculty of Architecture, TU Delft investigating the interrelation between structural design, funicular form-finding, and robotic construction. Having an engineering background, he worked as an educator and a researcher in the Department of Civil Engineering, National Taiwan University and as a structural engineer in several firms.

In , he started the PhD research on free-form construction and programmable materials, aiming to make the design and fabrication of elegant forms more efficient.

Getting Started

He is researching the application of systems theory on design, and the implementation of autopoetic design strategies in digital fabrication. He is a core member of Decode Fab Lab in Athens, head of computational design. He is also a Lecturer at Exp.

He is fascinated by any design endeavor, be it an architectural project, an installation, or a graphic novel. He received the Bachelor of Engineering and the Master of Engineering, in and , respectively, both from the University of Tokyo. His research interests include the analysis of nonlinear phenomenon and its application to structural design. Weaver, independent researcher. Studies weaving techniques — principles of pattern, tension and repetition.

Aiming to push expectations of traditional fibre work in order to expose relationships with complex surface visualization and structural morphology. Believes that the necessarily slow and painstaking process of hand-building physical models allows unexpected connections to be made and provides tactile understanding and practical insights into spatial concepts. Luke Ogrydziak is a principal of OPA, an idea-driven architectural studio committed to finding design solutions that both expand the discipline and resonate within their particular context.

Shaping and choreographing spatial experiences through the consideration of movement and formal logic results in work that is distinctive for its conceptual clarity and physical presence. OPA has been internationally published and exhibited for both built projects and research work.

Acknowledgements

Luke Ogrydziak received BA and M. Romain Mesnil is a structural engineer and researcher specialized in constructive geometry and structural design. Research at the co-innovation lab lies at the intersection of structural design, material science and robotics, with special focus on 3D printing of concrete and geopolymers, complex timber structures and in-situ robotics.

Robin is a structural engineer focusing on computational design and is currently pursuing a joint PhD with Prof. After his studies, he started a PhD research in computational design and architectural geometry, with a focus on statics and optimization of free-form structures. Her current research focus lies in the development of multi-robotic assembly processes for architectural applications and integrative design methods for the design of robotically fabricated structures. His research interests include computer graphics, geometry processing, computational design, digital fabrication, and architectural geometry.

Goswin Rothenthal studied architecture at Vienna University of Technology. Theoretical and applied research work in academia and industry resulted in numerous publications in architectural and engineering conferences and journals as well as awards in research and education. He studied in architecture and engineering March.

At XtreeE, she has been studying the environmental impact of additive manufacturing and its conditions of implementation in the contemporary construction context. He is now a PHD Candidate at GSA and is pursuing his research work combining mathematics, mechanics and architectural design with a special interest in robotics, haptic systems and kinetic architecture.

He holds a M. For over 15 years he has been working with CAM and fabrication in relation to space and architecture; the past ten years specifically with concrete building culture and its utilization of robotics in architecture. Broadly speaking he first aims to add architectural or technical value rather than cutting cost. Regarding fabrication, he focuses on the relationship between materials, processes and form. Regarding creativity, his focus turns on the interplay between architectural vision, information flow and realities of practice.

Donn Holohan is a designer and educator. A founding partner of multidisciplinary design studio Superposition, he is also currently working as Assistant Lecturer at the University of Hong Kong, where his teaching focuses on empowering designers to effectively engage with emerging technologies through an increased understanding of both material and technical aspects of design. Chai Hua holds a master degree of architecture from Tongji University, Shanghai.

Currently he is a PhD candidate in Tongji University. His research focuses on digital design and robotic fabrication of advanced wood structure.


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  • Persistent Modelling Extending the Role of Architectural Representation?

Yijiang Huang is currently a Ph. Caitlin Mueller within the Digital Structures research group. His work involves robotic task and motion planning and combinatorial optimization applied to automatic architectural construction. Before coming to MIT, he obtained a B. Her research focuses on applications of digital fabrication and robotics to novel construction systems and architecture design. She is a licensed architect in Illinois with 8 years experience in a wide range of projects and achieved her accreditation in Leadership in Energy and Environmental Design.

He has worked in different architectural practices both in Switzerland and Japan and is involved in different ongoing projects; he deals with Architectural Design, Digital Design and Fabrication as well as Architectural Theory. Currently, he is especially interested in the influence of technological innovation on sociological processes and how this relates to Architecture evolving further as a discipline. Fabio Gramazio, Prof. He is leading the semester course under the same name dealing with the development of robotic digital fabrication techniques and their implementation in architectural design.

His work focuses on novel design and digital fabrication processes at the intersection of design, technology, and biology. His goal is to challenge rigid design and fabrication conceptions by deploying raw energy and materials, biological systems, and technology to develop new forms of making, thereby creating a new suite of tools for design itself. While technological and experimental works dominate his recent endeavors, Kayser also creates lighting and furniture designs with playful inventiveness.

Early in his academic career, Benjamin gained prototyping and manufacturing experience through several major architectural installations and prototypes. He frequently experiments with 3D printing, 6 axis robotic milling, cutting, and printing, 3 axis CNC milling, laser cutting, and machine hacking. His latest research focuses on merging parametric modelling and computer graphic imagery into tangible prototypes. His research focuses on multi-directional 3D printing of carbon fiber composites for architecture.

Christian J.

Persistent Modelling | Extending the Role of Architectural Representation | Taylor & Francis Group

He is a Senior Lecturer in the Department of Architecture at the University of Hong Kong, where he teaches architectural design and classes in advanced digital modeling and robotics and leads the Robotic Fabrication Lab. It would be our prosthesis to see, experience, perceive and interact with the world.

Mexico City, is a registered architect in New York State. His work revolves around the interrogation of the means and methods of material production in the digital era, through research focused on developing new connections between design, engineering, materials, and manufacturing processes as they relate to the built environment.

Romain Mesnil is a structural engineer and researcher specialized in constructive geometry and structural design. Research at the co-innovation lab lies at the intersection of structural design, material science and robotics, with special focus on 3D printing of concrete and geopolymers, complex timber structures and in-situ robotics.

Zachary Mollica is an architect and experienced maker whose work explores the integration of digital methods alongside traditional craft knowledge. Growing up, Zac worked with his father and grandfather, both of them experienced carpenters. He then studied liberal arts and physics before completing his undergraduate architectural studies, and has since worked for architecture and design practices in Amsterdam, Lunenburg, Toronto and Vancouver.

Sina Mostafavi is a practicing architect, researcher, and educator. Has practiced architecture since , he is the founder of SETUParchitecture, a firm that offers consultancy for innovative design solutions to construction processes. He is teaching design studios at Delft and Dessau Institute of Architecture at Bauhaus and has led international workshops such as indesmere.


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  4. As a Ph. Architectural prototypes and works by him have been featured at international exhibitions, such as construction week in Utrecht, V2 gallery-institute for unstable media of Rotterdam, synthetic Exhibition in Le Mans Lillie and Print the World Exposition in Centre Pompidou Paris.

    Category: Representation Patterns

    She was the Walter B. Common to both practices are projects that deal with questions of labor in its various manifestations, with special focus on techniques in clothing manufacturing and concrete forming.

    extending the role of architectural representation

    Her current research focus lies in the development of multi-robotic assembly processes for architectural applications and integrative design methods for the design of robotically fabricated structures. Luka Piskorec studied architecture at the University of Zagreb in Croatia and worked in architectural offices in Croatia and Switzerland. During his studies, he concentrated on digital fabrication techniques as well as algorithmic programming procedures applied to architecture. He organized and led multiple international workshops on the related topics.

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