Visual Thesis Abstract
- Why?
One of the main reasons to generate a new design based idea, that embraces the different properties of linearity relates to the ideology of breaking the mold [1], which pays close attention to the different necessities of creating new models of design, that are capable to transform and evolve throughout the evolution of humanity[2] and advocates a “systematic delay” which considers a more fluid and dynamic design process, according to the way we live and think. [3] As designers, is important for us to understand that creating fluid and abstract forms, does not always implies the use of a material process, in which the behavior or nature of a material is the one responsible for providing predetermined design techniques. Instead, we should consider that abstracts form relies on a linear interaction between concept, form and representation. [4]
Furthermore, the abstract generation of form and space, also hold a strong connection with the different characteristics of geometry, in which this serves as the medium to produce and connect all the feasible conditions in which a space may interact. Creating ornamental and geometric spaces requires the use of a methodology, in this case an Architectural Methodology that defines a set of rules and guidelines in which geometry, creates a derivation of form and structure. [5] “Line is a given. Line with a material behavior –resistant behavior – a willful line”
- What?
In terms of spatiality, linearity refers to one-dimensionality or the property of a single dimension. Hence, this concept of linearity has profound implications on the production and visualization of architectural space. Much like the early investigations of Le Corbusier in proportion, scale and geometry, rethinking the production of space through the generative concept of linearity could reestablish geometry as the fundamental tool for new design methodology. This thesis investigates the capability of Linearity and its inherent one-dimensionality to become a bi, tri or forth-dimensional unit by exploiting the elements of repetition embedded in geometry and structural patterning.
In order to define an architectural program, the selection of a train station was chosen due to its linear relationship with the built environment and spatial movement. Trains stations are usually derive from a linear element (in this case the train tracks), in order to evolve and perform a transportation mission.
The location of the site is placed in the city of Westwood, Massachusetts, more specifically in Route 128 MBTA station. The built environment in this location presents linear characteristics that can be classified into visual, natural, manmade and perceptual, which in some instances present irregularities in its linear nature, more specifically broken and disconnected conditions. Part of the intention to propose a new train station in this area, is to use the spatial possibilities of linearity to create an infrastructure, that is capable to reconnect all the broken linear conditions in the landscape and simultaneously express its linear nature. Additional architectural methodology will involve the production of generative sectional studies through the landscape (Blue Hills Reservation), in order to indentify potential opportunities for re-linking broken conditions.
[1] Rahim, Ali. “Systemic Delay: Breaking the Mold” Architectural Design: Contemporary Processes in Architecture (Wiley) vol. 70, no. 3 (June 2000): p. 6 .
[2] Rahim, Ali. “Systemic Delay: Breaking the Mold” Architectural Design: Contemporary Processes in Architecture (Wiley) vol. 70, no. 3 (June 2000): p. 6 .
[3] Rahim, Ali. “Systemic Delay: Breaking the Mold” Architectural Design: Contemporary Processes in Architecture (Wiley) vol. 70, no. 3 (June 2000): p. 7.
[4] Rahim, Ali. “Systemic Delay: Breaking the Mold” Architectural Design: Contemporary Processes in Architecture (Wiley) vol. 70, no. 3 (June 2000): p. 8.
[5] Leski, Kyna. The Making of Design Principles. Providence, RI: RISD Architecture Department, 2007.
Generative Site Analysis Model
Generative Site Analysis
Site Documentation
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