PORTFOLIO
SAYEH NADERIAN GEORGIA INSTITUTE OF TECHNOLOGY MEDIA + MODELING SELECTED WORKS
FALL 2021-2022
CONTENT GC Prostho Museum Research Center 4 The Emerald: Facade Panelization 11 Formalism: Attractor Systems 15 The Sine Pavilion 19
GC Prostho Museum Research Center
In this project, the spotlight falls on the captivating GC Prostho Museum nestled in the scenic landscapes of Japan. Renowned for its innovative architectural prowess, this premier dental museum and research facility stand as a testament to the seamless integration of functionality and artistry. With an earnest desire to unravel the secrets of its design, the project embarks on an extensive case study of the GC Prostho Museum. Delving deep into its spatial arrangements, material selections, and design philosophy, the study aims to grasp the essence of this architectural gem and appreciate the brilliance behind its construction.
Beyond the pursuit of comprehension, this project endeavors to push the boundaries of creativity by incorporating computational design principles. Armed with cutting-edge technologies, the exploration delves into the realm of possibilities, seeking to propose diverse design alterations that can augment the museum’s already impeccable features. By harnessing the power of computation, the project aspires to unearth novel ideas and transformative solutions, envisioning a future where the GC Prostho Museum’s design reaches new heights of excellence. Join the journey of discovery as the project seeks to celebrate the beauty of architectural ingenuity and embrace the untapped potential of computational design.
Instructor: Emilio Hernandez
Course: MM III
Term: Fall 2022
Team:
Sayeh Naderian
Samuel Thurman
John Wilson Tyler Frost
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The square curve is the base from which the original stick is extruded from. Which has the potential to have its X and Y dimensions scaled individually, with the Z dimension (extrusion length) also being a determinable variable.
The midpoint found in between the original stick extrusion is used as the point of rotation for the perpendicular sticks that make up
the rest of the module. The sticks will always mimic the dimensions of the original piece.
The length of the extrusion determines the extent of the module, the corners of the box are then arrayed as points with the “Box Array” command. With the nodes evenly distributed across the blueprint of the building according to the dimensions of the module
being used, all that is needed are the specific points that decide where the modules should go. This ultimately required a Brep of the space the modules should occupy. With this, a simple “Points in Brep” command is used, the appropriate points are dispatched, and the final module is placed along each node that is placed within the Brep.
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Z factor changed x,y and Z factor changed x Y z Design Exploration 1 Initial Module Z factor modified X, Y, and Z factors Modified 9
Design Exploration 2 Initial Module Z factor modified X and Z factors Modified Z factor changed x and z factor changed x Y z 10
The Emerald: Facade Panelization
In this project, the exploration of innovative architectural techniques takes center stage as it delves into the realm of additive and subtractive methodologies to shape the final form of a multi-story building. With unwavering dedication to pushing the boundaries of design, the project relies solely on Grasshopper as the primary design software, harnessing its computational power to manifest bold ideas into tangible structures.
Taking the creative process to new heights, the project unfolds a captivating journey as it explores various paneling options to achieve the ideal modular panel for the building’s facade. Melding artistic expression with technical precision, the project delves into an array of possibilities, seeking the perfect arrangement that harmoniously adorns the structure. By incorporating random projections onto the facade, a touch of dynamism and novelty infuses the building’s aesthetic appeal, captivating onlookers with its ever-changing visual allure. Furthermore, the intelligent manipulation of panel scales based on specific criteria ensures a bespoke design that both intrigues and serves the building’s practical needs, leaving an indelible mark on the architectural landscape.
Instructor: Emilio Hernandez
Course: MM III
Term: Fall 2022
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The panels are randomly extruded and morphed along the facade of the building in the direction normal to each individual panel.
Formalism: Attractor Systems
In this project, attractor systems are explored in both 2D and 3D setting. In the 2D formalism, three types of attractor systems are utilized: single point, multi-point, and curve attractors. By experimenting with these systems, the aim is to understand their impact on the visual outcomes and artistic expressions. On the other hand, the 3D formalism involves a different approach. Here, a black and white image is employed as a guiding factor to determine the distance by which a simple circular curve is extruded. This process allows them to transform the 2D images into intriguing 3D shapes, adding depth and complexity to their artistic endeavors.
Throughout the project, the effects of various attractor systems are meticulously observed and documented. This investigation sheds light on the diverse possibilities and creative potential of attractors in generating unique visual representations. By employing sophisticated algorithms and innovative techniques, the aim is to push the boundaries of traditional art forms and create a new realm of captivating and visually striking artworks that blend the principles of mathematics and artistic design. This interdisiplinary exploration opens up new avenues for artists, mathematicians, and technologies alike, fostering a deeper understanding of attractor system’s artistic applications.
Course: MM III
Term: Fall 2022
Instructor: Emilio Hernandez
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2D formalism: single, multiple, and curve attractor systems
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3D formalism using a black and white image
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The Sine Pavilion
The Sine Pavilion provides a space for gathering, a space to be safe from the rain and the sun. Thepavilion was computationally designed using a sinus relationship and Gausian normal distributions. The main goal of the assignment is to explore computational design possibilities in form finding.
Using a grasshopper script, the pavilion is designed by cladding modules resting on a structural frame. First a triangular grid was mapped onto the surface and then each panel was scaled using a point charge located in the center of the pavilion based on their unique distance to the point. After moving the scaled triangular panels slightly up, they were then lofted to the original panels to complete the cladding. At the end the structural frame for the pavilion was created using a hexagonal grid that was mapped onto the surface and then piped.
Instructor: Lena Klein
Course: MM II
Term: Fall 2021
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Guassian normal distribution
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Orienting the cladding module onto the pavilion surface based on a single attractor point
