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  • Writer's pictureJohn Michael Jalandra

BESPOKE TALK Series: Strategies for Implementing Parametric Morphology into Future Designs

Updated: May 30, 2023

Architectural Conceptual Form Flexing. Iterating on different design solutions.

Parametric Workshop

Morphology [mawr-fol-uh-jee]

Architectural morphology is a subfield of architecture that focuses on the examination and analysis of the physical shape and composition of buildings. The subject matter pertains to the tangible structure of a construction and its arrangement. This technique has the potential to facilitate an analysis of a building's form, comprehension of its underlying structure, and identification of the respective functions of its constituent components.


The discipline of morphology presents various prospective applications in the domains of architecture and construction. Architects can derive advantages from the study of morphology as it provides insights into the genesis of diverse architectural configurations. The utilization of morphology can offer a supplementary advantage of enhancing the visual appeal of architectural structures. Ultimately, the study of morphology has the potential to impart valuable insights to architects and designers regarding the optimal equilibrium between form and function.


The investigation of morphology can prove to be a highly advantageous instrument for professionals in the field of architectural design. The study of architectural forms and shapes can enhance the work of architects. The utilization of architectural morphology has the potential to enhance the preservation of edifices. Through comprehension of the architecture and framework of edifices, it becomes feasible to discern the areas that are most susceptible to impairment or deterioration. The aforementioned data can be utilized to aid in the conservation or restoration of endangered structures.

Parametric Morphology

The discipline of morphology in architecture pertains to the examination and analysis of the physical configuration of structure and related constructions. The field of architecture is experiencing a surge in popularity due to its capacity to generate intricate and naturalistic forms, despite being a relatively recent development. The concept underlying morphology is that the function of a given structure determines its form. The form of a structure ought to be derived from its intended function. An edifice intended for commercial purposes, such as office space, would exhibit dissimilar architectural features compared to a structure intended for retail space.


Parametric Morphology is a technique that enables the generation of intricate and distinctive forms that are unattainable through conventional means. This feature renders it a suitable instrument for architects who aspire to expand the limits of design. Parametric morphology possesses several practical applications, as enumerated below.


Attractor Curves

A style of architecture distinguished by the presence of curvilinear shapes. The forms frequently exhibit organic characteristics and are intended to elicit a perception of dynamism and vitality. This design aesthetic is frequently employed in communal areas, as the sinuous forms are believed to foster social engagement among individuals.


The incorporation of curved elements within a spatial design can imbue a sense of fluidity and dynamism, while also serving to accentuate specific focal points. When employed appropriately, they have the potential to invigorate a given area. Attractor curves exhibit a seemingly uninterrupted and seamless quality when observed from a remote vantage point. Upon closer inspection, it can be observed that these entities consist of a sequence of diminutive curves. This imparts to them an inherent characteristic of being organic and possessing a fluid quality.


Attractor curves possess the potential to generate diverse configurations and structures. These can be utilized for the construction of both single-level and multi-level edifices, in addition to other architectural forms like bridges or sculptures.


Pull Point Attractors

In the field of architecture, there exist certain elements that possess the ability to attract individuals towards a specific point or area. The implementation of architectural elements such as pathways and corridors can engender a perception of motion and continuity throughout a structure, thereby serving as a potent tool for guiding individuals towards designated locations.


There are numerous applications for the utilization of pull-point attractors within the realm of interior design. One can utilize them to enhance the dynamism of a space, direct individuals towards particular areas, or simply add an element of interest.


Devices such as pull point attractors have the potential to introduce energy into a room that may otherwise be perceived as excessively static. The utilization of pull-point attractor mechanisms can facilitate the migration of individuals towards a specific geographical area. In the event of a room lacking certain elements, pull-point attractors can serve as a means of providing the finishing touch.


Control Point Tween Roof

The versatility of a control point tween roof means it may be adapted to suit a variety of conditions. Roofs with a different profile shed snow more easily in the winter and provide shade in the summer. The roof can be designed to withstand strong winds and other forms of extreme weather.


Control point tween roofs have various applications in building architecture. Internal temperature control is a key advantage. Because the roofing material lets air in, the space underneath it stays cool. Because of this, the interior temperature of the building may be controlled both in the summer and the winter.


Reducing the amount of energy used to heat and cool the building is another advantage of installing a control point tween roof. The reason for this is that the roof serves a crucial function in regulating the indoor temperature, thereby mitigating the demand on the HVAC system. Potential cost savings on energy bills could be realized as a consequence of this.


Sine Curve Undulations

A sinusoidal pattern composed of a succession of curved lines. The application of this particular type of curve is commonly observed in architectural designs due to its potential to provide a visually appealing feature to a building and imbue it with an aesthetically pleasing, natural appearance.


The sinusoidal curve has various applications in the field of architecture. A potential method involves utilizing the curve to generate a sequence of undulations within a building's exterior surface. The aforementioned task can be accomplished through the fabrication of a sequence of curved panels that exhibit alternating directions. This particular architectural element has the potential to enhance the aesthetic appeal of a building by introducing dynamic visual elements. Additionally, it can be utilized to generate diverse shadow formations and intricate patterns.


An additional application of the sinusoidal curve within the field of architecture involves the generation of a sequence of intersecting curves at multiple junctures. This process has the potential to generate diverse shapes and configurations, as well as facilitate the production of a range of textures and motifs.


Parametric Rotations

In architecture, parametric rotations can produce intriguing and dynamic outcomes. Architects can begin to explore the possibilities of this form of design by grasping the fundamentals of parametric rotations.


The implementation of parametric rotations involves the utilization of parameters, which are variables that regulate the rotation of an object. The modification of the parameters' values can result in a variation of the item's rotation. The range of outcomes can vary based on the values utilized.


The utilization of rotations can produce visually striking effects or modify an object's interaction with its environment. A rotational movement can be employed to construct a spiral staircase, for instance. By manipulating the parameter value, it is possible to induce a twisting motion in the staircase.


Rotations can also be employed to make useful items. A door, for example, can be programmed to open only when the handle is turned a given degree. This is accomplished by turning the door handle parametrically.

Wave Wall Attractors

An architectural element that can be utilized to offer a diverse range of visual and practical outcomes. When employed appropriately, they have the potential to provide a unique and visually appealing element to a building or surroundings. Wave Wall Attractors possess versatile applications and can be customized to meet the specific demands of individual projects.


Wave walls are frequently constructed using a series of perpendicular or inclined panels that are strategically placed to optimize water flow. The implementation of panels induces the deviation of wave energy, culminating in a reduction in the effect of waves on the coast or other edifices. The implementation of wave barriers has the capacity to alleviate the impacts of erosion and flooding. Moreover, wave walls possess the capability to alleviate acoustic pollution in the proximity of edifices.


Wave Wall Attractors serve both functional and decorative purposes. One potential application of these objects is to create a visually appealing appearance or to guide pedestrian movement. Wave Wall Attractors have the potential to serve as privacy screens or enhance the perceived security of a given space.


When utilizing Wave Wall Attractors, it is imperative to consider certain factors. Initially, it is recommended to evaluate the dimensions and magnitude of the feature in relation to the area where it is intended to be employed. The customization potential of Wave Wall Attractors necessitates the involvement of a proficient specialist to ensure appropriate installation, rendering it imperative to seek their services. In order to ensure optimal performance, it is imperative to conduct regular maintenance and cleaning of Wave Wall Attractors.

 

In conclusion, the concept of form flexing exhibits significant versatility and holds potential for various applications. The utilization of this particular design approach enables the production of intricate and distinct configurations that would be unattainable through conventional means. For architects and designers seeking to expand the limits of design, form flexing is a concept that warrants consideration.

 

Ar. Neil John Bersabe

Lead Architect


John Michael Jalandra

Content Writer

 

BERSABARC Design Studio 2022


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