M A S T E R P L A N EInspired by the concept of an ‘urban tapestry,’ our design seeks to capture the intricate and interconnected nature of city living. Much like a woven fabric, our vision for this project integrates diverse elements of urban life – from architecture and infrastructure to culture and community. Each component is a thread in the vibrant and dynamic fabric of the city, creating a rich and multifaceted tapestry. Our design aims to showcase the complex patterns that emerge from the interplay of various elements within the urban landscape. We have carefully considered the social, cultural, economic, and environmental aspects, ensuring that each thread contributes to the overall richness of the composition. The result is a unique and evolving mosaic that mirrors the diversity and vibrancy of city life. By embracing the metaphor of ‘urban tapestry,’ we hope to convey not just a collection of structures, but a holistic and interconnected experience. Our design invites residents and visitors to explore the layers of this dynamic fabric, appreciating the nuanced beauty that emerges when different threads of urban life come together. 1 Turin’s Traditional Roman Grid Planning Noticeable Break in Grid Concurrent axis toward a focal point. Stepped Residential Building Different Building Types Commercial Building B U I L D I N G A B A C U S Zoning around the neighbourhood regarding the functions. Existing site with the Metro Lane. Simplification of grid and adding movements. Addition of Turin’s Roman grid on the site. Continuation of the street on the site. Addition of residential blocks with respect to the context. Architecture and computational design Prof. Nicola Marzot, Prof. Marco Caprani. Martina Crapolicchio, Michele Cammarano, Sara G Group 03: Burlagadda Nagavenkata Prudhvi Raj, Mohammadhossein Haji Ahmadi, Shubham Soni U R B A N T A P E S T R Y Exploring Eclectic Design and City Composition in Turin’s Morphological Landscape M O R P H O L O G I C A L S T U D Y S I T E P L A N N I N G
2 E N L A R G E A R E A EInspired by the concept of an ‘urban tapestry,’ our design seeks to capture the intricate and interconnected nature of city living. Much like a woven fabric, our vision for this project integrates diverse elements of urban life – from architecture and infrastructure to culture and community. Each component is a thread in the vibrant and dynamic fabric of the city, creating a rich and multifaceted tapestry. Context Urban Built Connection Parametric Existing area and importance of surroundings Existing Roman grid in Turin city Using Center of grids for connection Connection with the pinwheel system linking the built area Adopting with urban analysis Intersecting with the possible built area Urban analysis; Main axis and Focal Points Area divison based on urban studies Urban Built Connection Parametric Existing area and importance of surroundings Existing Roman grid in Turin city Using Center of grids for connection Connection with the pinwheel system linking the built area Adopting with urban analysis Intersecting with the possible built area Urban analysis; Main axis and Focal Points Area divison based on urban studies Urban Built Connection M M and importance of surroundings Existing Roman grid in Turin city Using Center of grids for connection Connection with the pinwheel system linking the built area Adopting with urban analysis Intersecting with the possible built area analysis; Main axis and Focal Points based on urban studies Context Urban Built Adopt Result M M M Parametric Existing area and importance of surroundings Existing Roman grid in Turin city Connection with the pinwheel system linking the built area Adopting with urban analysis Intersecting with the possible built area Urban analysis; Main axis and Focal Points Area divison based on urban studies Context Urban Built Adopt Result Parametric Existing area and importance of surroundings Existing Roman grid in Turin city Connection with the pinwheel system linking the built area Adopting with urban analysis Intersecting with the possible built area Urban analysis; Main axis and Focal Points Area divison based on urban studies Context Urban Built Adopt Result Parametric Existing area and importance of surroundings Existing Roman grid in Turin city Connection with the pinwheel system linking the built area Adopting with urban analysis Intersecting with the possible built area Urban analysis; Main axis and Focal Points Area divison based on urban studies Urban analysis: Main axis and focal points Adopting with urban analysis Connection with pinwheel system Area division based on urban studies Intersection with possible built area Linking the built area P A R A M E T R I C M A S T E R P L A N EInspired by the concept of an ‘urban tapestry,’ our design seeks to capture the intricate and interconnected nature of city living. Much like a woven fabric, our vision for this project integrates diverse elements of urban life – from architecture and infrastructure to culture and community. Each component is a thread in the vibrant and dynamic fabric of the city, creating a rich and multifaceted tapestry.
U S E R S C I R C U L A T O N Residential Co-working Recreational area 4BHK H Y B R D C L U S T E R B L O C K H Y B R D U N I T S E X P L O D E D A X O N O M E T R I C 3
UNIT C- Shubham Soni Second Floor First Floor mezzanine Fourth Floor N Key Plan Level 02 Recreational area UNIT C- Shubham Soni Ground Floor Second Floor First Floor mezzanine Fourth Floor N Key Plan C-A C-B C-C C-D 4.57 4.94 4.1 Level 04 Gym I Sports Ground Floor First Floor Second Floor C-1 C-2 C-3 C-A C-B C-C C-D 5.73 4.57 4.94 4.1 7.95 Level 00 Shops I Cafeteria E N T R A N C E Floor First Floor Floor C-1 C-2 C-3 C-A C-B C-C C-D 5.73 4.57 4.94 4.1 7.95 Level 01 and 03 Residential F L O O R P L A N S K E Y P L A N A X O N O M E T R I C S E C T I O N A A’ E X P L O D E D A X O N O M E T R I C E V E V A T I O N A X O N O M E T R I C V I E W Architecture and computational design Prof. Nicola Marzot, Prof. Marco Caprani. I Martina Crapolicchio, Michele Cammarano, Sara G Burlagadda Nagavenkata Prudhvi Raj, Mohammadhossein Haji Ahmadi, Shubham Soni
Prudhvi Raj
P E R S P E C T I V E S E C T I O N A A’ First Floor Third Floor First Floor mezzanine Fourth Floor 7.98 7.95 5.75 B-3 B-A B-B B-C Level 03 Recreational area First Floor Third Floor First Floor mezzanine Fourth Floor 7.95 5.75 B-3 B-A B-B B-C Level 04 and 05 Co-working area
Ground Floor First Floor Third Floor Fourth Floor 5.74 7.98 7.95 5.75 B-1 B-2 B-3 B-A B-B B-C 33 Level 00 Shops I Cafeteria E N T R A N C E Raj Ground Floor First Floor Floor Fourth Floor 5.74 7.98 7.95 5.75 B-2 B-3 B-A B-B B-C 33 Level 01 and 02 Residential E X P L O D E D A X O N O M E T R I C F L O O R P L A N S E V E V A T I O N A X O N O M E T R I C V I E W Architecture and computational design Prof. Nicola Marzot, Prof. Marco Caprani. I Martina Crapolicchio, Michele Cammarano, Sara G Burlagadda Nagavenkata Prudhvi Raj Mohammadhossein Haji Ahmadi, Shubham Soni