Author: Devangi Siddhpura

  • 10 Softwares That Architects Must Definitely Know To Use

    10 Softwares That Architects Must Definitely Know To Use

    Introduction

    Architecture is a field where it is usually a combination of science and art and this combination results in beautiful buildings that have storytelling ability, the ability to reflect the history, embrace the present, or even showcase unprecedented ideas through built form. It is a very powerful profession where it can shape the image of a city or nation. 

    These strong, vital creative concepts of built form generally start with the drawing of the line and gradually with numerous attempts of sketching, technical drawings, 3-dimensional drawings, and physical and digital modeling then these built forms with the ability to accompany functionally and even represent the surroundings via storytelling ability through materiality and architectural language is generated. 

    Softwares and Architectural Drawing Process 

    The first and the most vital question arrives is why need for architecture in the first place. The need for architecture was to protect the humans from basic sun, rain, and storm, and hence a shelter was needed, unlike in today’s architecture definition where it is beyond providing protection but rather to preserve the cultural aspects and demonstrate the futuristic agenda. It is said that Charles Eisen 1755 drew the first primitive hut, but the notion of drawing could be traced back to 2200 B.C. Gueda, ruler of Mesopotamia.

    It became more widespread in the 13th century. Villard de Honnecourt, a master builder, is known to compile detailed pattern books of drawings and have the earliest and most complete medieval sketchbooks. Then in the 17th century in France, the use of color in drawing started to appear with the development of color representing a legend. 

    At the same time, watercolor and other methods were developed and refined in Belgium and more artistic representations of drawings were being published. One notable example could be James Malton’s Design for Rural Retreats, published in 1802.

    Today we still follow the same methods of drawings and representation, but we now have much-evolved software and tools to translate our design thought and have a much more precision and experimental approach before the actual construction. Therefore, in this competitive time and constantly thrive to learn, we as professionals and architecture students need to keep learning the tools that help us convey our idea in the best way possible. 

    softwares
    Early state of revision of design 23  James Malton   

    Vital Software to learn   

    Apart from the basic software, such as Autocad and Sketchup, that is mandatory for every professional or student to know there is other software being used globally. We will try to explore and learn the benefits of learning them. 

    Rhino 3D 

    Created in 1998 and has become the most popular tool nowadays, especially for doing parametric architecture. The users can directly upload the drawings or physical models into the software and generate documentation for the same. Beyond this, it also helps with the animation and professional renders and is very flexible to use. With this, it also the solid objects into the polygon meshes or point clouds for more complex geometries to work with. More people who know the programming can adjust the Rhino workspace and create their plugins.  

    rhino
    Rhino in Architecture Rhino 

    For more information – Rhinoceros Software 

    Revit Architecture  

    It is a building information modeling (BIM) concept that is key in modern architecture. This software focuses on providing the tools for effective BIM. Its key feature is automation. This software coordinates these changes to ensure you create complete projects that consider BIM at every turn. Every change in the 3D view would reflect on the plan, elevation, and section views, or vice versa. The software also allows for the parametric objects which would allow the automation to generate. 

    It has the great flexibility to work with people across the field and also schedule out the entire project. After AutoCAD, Revit is the most used software across the globe. 

    revit
    Revit in Architecture Revit 

    For more information – Revit Architecture Software 

    V- Ray   

    It is not a stand-alone design software but a plugin where it can be used with ArchiCad and Sketchup. This particular software allows us to generate realistic renderings which would be looking like in a realistic world. 

    Different and many options regarding the textures, color palate, and light settings give the users an upper hand to imagine the space in reality and also convenience, and help them visualize the spaces. Apart from the architecture, it is also widely used for many advertising purposes. 

    vray
    Light Mix in V Ray V Ray 

    For more information on V-Ray, Software refer – V-Ray 

    Maya   

    Maya software is not specifically useful for architecture but allows the users to explore beyond what the software provides. It is a great tool to start generating conceptual models and hence it is an acceptance in the architectural sector. There are many tutorials available that make it easy for the users to follow along and learn from.  

    For more information on Maya Software refer – Maya Software 

    ArchiCAD    

    This software is very similar to Revit, giving it a useful platform to generate both 2D and 3D models, with the alterations going hand in hand when done in 2D or 3D. Even without using V- ray as a plug-in, it provides realistic models and with the newer version, CieRender improves the overall realistic renders. 

    The main feature is that it is user-friendly and students who have just started using the software can easily get acquainted with the software, where one can generate very detailed projects. With this, many other tools such as automating complicated processes are offered, such as the inbuilt staircase library and other vast architectural elements, which reduces the complication of the overall project. 

    archicad
    3D Sectional View ArchiCAD 

    For more information – ArchiCad Software 

    Grasshopper    

    This software allows the architects to use the parametric design to improve the efficiency of their workflow. The Grasshopper uses the variables where one needs to enter the number into the variable to create the desired number of elements. This would allow for to gradually create modules for common tasks and also with time it would provide us with the library from our past elements which could be accessed easily.

    Being open source software it allows the community from all over the world to constantly develop new plugins.   

    grasshopper
    The Design Process  Grasshopper 3D 

    For more information – Grasshopper 3D 

    Dynamo 

    This is a free plugin in the Revit however, the standalone version is also available, which is subscription based. Like the grasshopper, it has similar features which deal with the large community, which constantly develops the new feature. 

    For more information – Dynamo Plugin 

    Fusion 360  

    This software is a versatile software that provides features beyond designing and testing where users can also use it for fabrication. 

    It is a cloud-based structure where the professionals could collaborate, which allows the users to work on the desktop and show the design via smartphone or tablet. Constant updates every two-three months make the software well supported.  

    For more information – Fusion 360

    Green Building Studio 

    This software works with basically any modeling software that exports to gbXML. It is available as a stand-alone cloud-based service. It provides a detailed analysis of the building’s energy footprint. In addition to this, it helps to calculate energy consumption, electricity use, annual carbon emissions, and many other features. All these features help an architect to briefly understand the green aspects of a building through the design process and attain a more sustainable building.    

    For more information – Green Building Studio 

    Photoshop 

    This is software that gives architects the ability to generate and improve their CAD drawing into more representational drawings. It allows them to explore their representational style, which with time would become a mark in recognizing the drawings which belong to the particular firm.  

    The software allows the user to understand their taste in representation techniques. 

    For more information – Photoshop

    Along with all this software, there is software that could be helpful if one is trying to develop through a process of experimental design where the constant trial-and-error method of the physical models needs to be tested out. For that analysis and simulation software, such as CAMplete for post-processing, verification, and different CNC machinery work. Another is Inventor CAD software, which provides professional-grade 3D mechanical design, documentation, and product simulation tools.   

    Conclusion 

    There is much software that is out there in the market and it is not necessary to learn all of them but with time and the evolution of individual interests and the architectural practice they wish to evolve, I believe it is mandatory for them to at least know the right software and with a depth where one can explore himself/herself with design exploration and not be carried away by what the software has to provide to them. 

    It is a privilege for us all to understand, comprehend, resolve, and reiterate the design we make and minimize the problems we see beforehand. And also generate more users friendly, climate-friendly buildings for the future. 

    Last, I see this software as just a guiding, collaborative tool that has its advantages and disadvantages, unlike other things.  

  • Re-Imagining The Office Spaces with an Innovative Perspective

    Re-Imagining The Office Spaces with an Innovative Perspective

    Introduction   

    The etymology of the word office is derived from Opus- work and Facere- do, which is officium, a performance of a task. Hence office is used in Middle English. 

    Throughout history, office spaces existed in some manner, whether it may be in the form of physical form or Human form. The primary role of the office was to conduct some administration work. It is said that Rome is known as the primary place where the offices first emerged. But it was in the 18th century when the actual formation of architectural office building typology was developed. It was organizations such as the Royal Navy and East India Company were established to further Britain’s interest overseas and a central base of operation was needed, thus the establishment of the offices was done.

    In the past period, the term office and its nature were seen strictly as a formal, strict, mass production work type. Where the employer was treated as a laborer to some extent. But different periods such as industrialization, and the development of new materials and construction systems gave us some landmarks and iconic office buildings that were made from concrete, steel, and glass. 

    Eventually with the realization to care for the employers and the well-being of the employees is as important, many office plans were designed and executed from strict rigid plans to open floor plans to flexible plans and ultimately questioning the nature of office topology because of COVID-19 and sudden rise in the climate change made architects and designers think about the application of sustainability, technology and wellbeing in the office typology. 

    Evolution Of Office Design  

    1900: Taylorist Office 

    The office plan included fitting up more desks so that more workers could be accommodated and management of the office is done. Frank Llyod Wright is credited for this office development. In this building, the air conditioning system was placed.  The Larkin Administrative building in this office was much like the factory production system which had the assembly-like nature which produced the products related Industrial revolution. 

    office space
    Photo by Insideinside from Larkin Administration Building 

    1910-1930: The Pre-War Social Democratic Office 

    After the office building like the taylorist the emergence of the concrete offices started. Architect Mies Van Der Rohe started designing these concrete offices and also developed the window design where the natural light could penetrate in. One of the notable examples could be Friedrichstrasse, where the idea was to separate the exterior skeleton from the internal planning, where the concept was of skin and bones. This was a visionary project where it boldly used glass and steel as a new architectural language. 

    The 1930s: Streamlined Office 

    This period was when more space-efficient designs were thought of. It was based on efficiency and speed rather than organization and manufacture. These streamlined offices were of European-style structure and were modern and rich, warm spaces for workers.  

    One example could be Frank Lloyd Wright’s Johnson Wax Building, which finished in 1939. The most notable element was a mushroom column which acted as the stormwater drains. These concrete pads which act as mushroom column are joined together by Pyrex glass tubing, which allows ample natural indirect light giving a creative environment. 

    The 1950s: Open-Plan Offices 

    In this period, the usage of glass, steel, and further advancements in construction was adapted, along with the usage of air -conditioning and fluorescent lighting was used. This typology led to a decrease in the natural light and more corporate culture started developing. 

    The 1950s: Burolandshaft 

    The word transfers into the meaning “ Office Landscape”. This was the period where the strict, rigid structure was eradicated and introduced to the office landscape, which consisted of free and open plans of furniture scattered in large, loosely,unstrucally divided spaces. And with this more flexible in nature, offices started to develop. This followed the structuralist office and the cubicle farm in 1980. Then came the virtual office topology. A notable example of this typology is the British Telecom Office in Stockley Park.

    The 2000s: The Casual Office 

    The concept of casual office was first seen in the implementation in the creative industries to make the production more creative and innovative. Offices like Apple, Microsoft, Tesla, Google, and Yahoo with more were seen applying casual office styles in which the spaces were more personalized and designed for individual departments, giving the employer freedom for more creative and critical thinking. While this type of planning was encouraged in 2010, activity-based working came into play, whereas the earlier typology was criticized for stating that an open plan created more distractions. 

    And with these, the pandemic hit globally where the definition of the office got shattered, and we were forced to rethink the office environmet.In this, social distancing and work from home methodology, many studies had shown that employers were able to generate more efficient work. 

    With these, Workplace 3.0 was introduced, where the focus was on wellbeing, sustainability, and technology.  

    Examples Illustrating New Office Typology

    Pasona Group, Tokyo Headquarters

    workplace
    Photo from Pasona Building, Tokyo Japan Nigel Dickinson 

    The human resource company office has used its office space to grow over 200  different species of fruits, vegetables, and rice which are then fed to the employee. The office space includes around 1000 square foot rice paddy, an okra field, a  tomato guest room, vegetable factory filled with hundreds of hydroponic lettuces. Fruit trees have been used to partition meeting rooms and bean sprouts prop up. The concept is of creating mixed work and farm space as companies. The designer as that “it is built around the philosophy of communicating concepts through function and materiality”.

    Trelleborg, Bengaluru 

    This workplace is the concept of reflection of New Age Office Interiors. The concept was of careful workspace layout and strategic use of design philosophy. The layout is also placed in such a way that private spaces, such as meeting rooms and public spaces, are juxtaposed with workstations and collaborative.

    Designing Of Office Building Through Concept Of Sustainability And Feng Shui

    Sustainability

    Generally, sustainable design has many facets such as waste management, recycling, less energy consumption, indoor environmental quality, transportation, and many more but five fundamental concepts sum up the whole larger concept of sustainability. They are – 

    Constructivism- An approach that uses cognitive psychology and social psychology that create space to increase interaction, knowledge, and skills with their surroundings.  

    Circular Design- It is now a widely known and discussed topic in almost every field. It approaches the idea of “cradle to Cradle” which in the new design paradigm is to reduce, recycle, and reuse.

    Energy Efficiency- This could be achieved through the site planning and managing of the materials, as well as the amount of artificial light or any other energy which is used, which should be reduced. 

    Natural and Built environment- The right amount of balance between the natural and built environment brings positivity and boosts creativity and there is a huge impact on the result and working environment of the employee working there.  

    Global thinking and buying locally As the name suggests global thinking and buying locally helps and promotes not only medium-scale manufacturers but also small-scale manufacturers and if the majority of people started implementing in this manner, the economy of the country would be uplifted. 

    Feng Shui Concept 

    It is a Chinese concept that dates back approximately three decades ago. The concept refers to the harmonious and balanced relationship between humans and nature. In this concept, there are five concepts as below- 

    Unity between Heaven and Human- Harmony between the universe, earth, and human energy, where the energy is identified in both tangible and non-tangible forms. 

    Five Elements Cycles- The five elements are fire, water, metal, wood, and earth, which have productive and destructive cycles. 

    sustainable design
    Photo from Sustainable Design  and Feng Shui: A Case study of an office building in Sydney 

    Yin and Yang Harmony- In this concept, it is believed that everything has positive and negative in it. Yin is the passive side which represents the darkness and cold, and Yang is the active side which is the balance and harmony within spaces.  

    Form School Model- This mainly teaches one about the environment in which they are surrounded and how carefully we can use those surroundings which less damage. 

    The balance between Interior and Exterior Spaces- Here it is mainly seen as the relationship between the outer form and inner form. The outer form is identified as the site location, topography, and shape of the site. An inner form is identified as building elevation, building elements, and landscape. Hence, it is necessary to create and maintain the balance between both of these aspects. 

    feng shui
    Photo from Sustainable Design  and Feng Shui: A Case study of an office building in Sydney 

    Relation between sustainable design and Feng Shui concept

    Both these concepts have similarities and differences in them. For instance, the concepts of constructivism are related to and similar to harmony and balance between the universe, earth, and human in the Feng Shui concept.

    Below is the diagram illustrating the same. 

    green design
    Photo from Sustainable Design  and Feng Shui: A Case study of an office building in Sydney 

    Apple Park as a case-  

    The apple park is the most suitable example which follows the concept of sustainable design and Feng Shui concept. 

    Located in Cupertino, California, it is spread around 175 acres with a 2.8 million square foot main building and 100% renewable energy. With largest naturally ventilated building ever. With facilities such as 17 MW on-site solar power, 9,000 drought resistance trees, and a 100,000 square foot fitness center. This new campus is carefully crafted with the details such as energy use, landscape, environment, and health for the employers to boost creativity.  

    apple park
    Photo from The Verge – Apple Park 

    Conclusion  

    The world is more aware than ever and has started taking the necessary steps to improve, reduce and prevent further damage. Office buildings are vital places to create, innovate, bond, improve, and evolve, and hence we as a designer must keep both the environmental and mental health of clients while designing such spaces. 

  • The Adaptive Reuse of Historic Structures in India

    The Adaptive Reuse of Historic Structures in India

    What is adaptive reuse?

    The technique of reusing or adapting an existing structure for use other than its intended intent is known as the adaptive reuse of historic structures. The building may be used for a longer period thanks to repurposing. Even while various types of construction can be recycled, the phrase is usually used to refer to the reusing of old buildings. This will spare innumerable structures from being destroyed and rebuilt.

    Our ancestors engaged in substantial adaptive reuse projects back when building supplies were scarce and shipping and construction were pricey. As industrialization progressed, it became much simpler and less expensive to purchase goods at lower prices and convey them via complex road networks. Widespread construction and unsustainable building techniques were the results. Adaptive reuse is frequently associated with historic structures, but it can also be used to breathe new life into vacant, neglected, or underused structures that are still in good condition. 

    According to Yang and Chan, “adaptive reuse is a new kind of maintainable rebirth of the city since it includes the lifetime of the building, saves demolition waste, encourages the recycling of embodied dynamism, and delivers significant social and economic benefits to the world. It has become an exciting and creative challenge for architects to work with historic buildings and repair and restore them for ongoing usage. Structure change is referred to as “adaptive reuse.”

    Adaptive reuse is now viewed as a key tactic for protecting cultural assets in conservation theory and practice. A thorough review of academic writing on the subject from the 1970s to the present reveals that adaptive reuse theory is mostly founded in case study research, not architectural theory or/and conservation history, as one might expect.

     This article will provide a critical study of adaptive reuse theories from the nineteenth and twentieth centuries. From the standpoint of reuse, these contrasting ideas addressed the formal architectural link between old and new for the first time, as well as the discussion around this relationship. 

    The importance of reusability

    There are three conservation techniques, which are as follows:

    1. The upkeep of structures (Preservation)

    2. Reinstauration (Restoration)

    3. Adaptive reuse

    Each of these measures for conserving the environment cannot be applied uniformly to all types of buildings. When the natural resources were conserved, Numerous variables, including, influenced the selection of the optimal approach.

    (I) The significance of historical significance of the construction

    (ii) Cultural significance

    (iii) Condition of one’s physical health

    A building can only be preserved and restored if it has the potential to draw visitors as a tourist destination or if it can still serve the function for which it was originally built. The only method to conserve a building that doesn’t fit into one of these categories is to keep it in use, a practice known as an adaptive reuse.

    One must adjust to the changing circumstances by making the necessary modifications for the building’s new use without reducing its inherent historic value to preserve an old building, even if the neighborhood is undergoing significant changes and the building’s original function is no longer applicable.

    Examples of adaptive reuse techniques in India

    adaptive reuse
    Adaptive reuse  Biltrax Media 

    The fight for Indian freedom has dominated the history of our nation. With independence came new laws, a new constitution, and a new form of government. Before we gained our independence, our country was split into 562 Princely States that had a say in how affairs were run and The British Province, which was fully administered by the British.

    After the British colonialists left India on August 15, 1947, India and Pakistan became independent states. The Princely States faced a decision between remaining independent and allying with one of the two superpowers.

    Any structure constructed by a former princely state ruler and acknowledged as such by the Central government is exempt from taxation under the Act. Prior monarchs, however, leased palaces and other buildings outside of their royal residences to the government for its use as a result of this statute. Currently, government organizations like courts and local authorities, as well as educational institutions, are housed in these buildings. Many buildings have served purposes different than that for which they were designed throughout history. Throughout the conflict, several buildings served as makeshift hospitals and camps.

    Many abandoned factories and warehouses were converted into schools, hospitals, and even places of worship several decades following the industrial revolution, fusing the new with the old. Thus, it may be argued that “reuse” is not a novel idea in India. Whether you realize it or not, it has become a regular part of your life. A Haveli is frequently transformed into a business district. To do this, palaces must be converted into government buildings, mills into hotels, and residential streets into commercial districts.

    restoration
    Restoration for Adaptive reuse as Heritage Hotel-Tijara Fort   Archello

    There are three primary adaptive reuse options, each with its antecedents and ways for integrating the new use inside the current building. One of these is the possibility of preserving a structure for its original function.

    This might result in a

    1 modification of the purpose of the structure or

    2  a modification to the building’s usage.

    3 The facade of the building is remodeled, but the interior stays unaltered.

    deconstruction
    Diagram explaining the relation between deconstruction and adaptive reuse   Principle of adaptive reuse 

    Considerations to be made in the adaptation 

    1. No Cultural or heritage loss –

    The adaptation shouldn’t considerably lessen the cultural significance of the original while maintaining the structural integrity and significance of the structures. It is best to make adjustments that are largely reversible or have little impact. No cultural heritage should be lost. We also need to have the ability to assess the intangible aspects of age, personality, and architectural excellence. It is crucial to take into account a structure’s original cultural importance while repurposing it.

    Because its architectural legacy is unique due to this personality. Therefore, whether substantial or minor, any additions or alterations to a historic structure should not overpower its original character. Even if there appears to be a mismatch in the styles or materials, the building’s original design must be honored.

    1. Visual Significance –

     With the area, Important connections between the structure and its site must be respected, preserved, and not violated. The environment must be compatible with any additions or adjustments. Even after renovations, a visitor should be able to tell that a building is from the area. The building should not look out of place with its surroundings.

    The location is essential when deciding how many alterations or additions should be made to a building, especially a historical one.

    1. Compatibility with historic personality-

    The character of the ancient town or urban area must be maintained while adding new functions and activities. If a building is to be used for something entirely different, the new use ought to complement both the building and its surroundings.

    The degree of modification the structure can withstand and whether the community wants such a change would determine the building’s new function. For instance, a defunct mill in a district with a high concentration of businesses could be transformed into a shopping center or an office building. However, if it’s close to a residential area, it can end up becoming a public area. If it’s situated in a historically noteworthy area, it might be used as a museum or tourist attraction.

    1. Contemporary functional aspects-

    The improvement of space should be furthered by the usage of contemporary components. Public services should be improved by new construction and upgrades. The integrity, personality, and shape of the structure should not be altered or added to.

    Architectural features like the outside or interior shouldn’t be sacrificed if a structure is reused and new utilities like water, electricity and other modern amenities must be added. Shafts and ducts shouldn’t alter the existing features or draw attention to them. If escalators and elevators are required, they should be incorporated gradually through a series of interior changes rather than as an afterthought. Any façade updates should either enhance or blend in with the existing components.

    museum
    Mortizburg Museum, Germany  Adaptive Re-use around the world 
    1. New dimensions, materials, and finishes-

    The charm of the original should be preserved and enhanced while new volumes, materials, and finishes should represent contemporary ideas. The building’s intriguing characteristics, its historic contexts, its compositional balance, or its connection to its surroundings shouldn’t be diminished by additions. Modern additions might contribute to the improvement of space.

    No matter how big the addition is, it shouldn’t overwhelm the old building that it’s built on. Three types of new finishes that are necessary for the building’s completion include the restoration of an old feature using the same or similar material, a finish that shows the influences of the old without copying it, and the use of new materials in a new style while also reflecting the old materials.

    Conclusion

    A very lengthy amount of time has passed in India’s history. Many of the original buildings there are now vacant and empty. The structures can be rearranged while maintaining their historical relevance and making the most of their practicality. The thoughtful and informed reuse of historic structures could help create a community that is conscious of its impact on the environment and works to maintain a healthy way of life. It is conceivable that it might have a beneficial impact on Indian architecture.

  • Architecture And Fractal Geometry: Interrelation of Natural Geometry and Design

    Architecture And Fractal Geometry: Interrelation of Natural Geometry and Design

    Introduction 

    When we think of geometry, the first and the most important name is Thales of Miletus, a mathematician living in the 6th century BCE. He is regarded as the father of geometry and began the process of using deduction from first principles. It is said that he traveled to Egypt and Babylon and sought geometric techniques from them. And from there, other developments in geometry were there, such as Pythagoras, Euclid, Archimedes, and Apollonius of Perga (262-190 BCE).

    In this world, everything is associated with geometry, and the beauty of its proportion and rhythm gives us a sense of appreciation for what we are surrounded by. The simple amalgamation of lines, points, circles, squares and other shapes brings out the most creative and functional forms whenever needed. Majorly we have been using Euclidean geometry, but with time, other aspects developed and geometries, such as projective, perspective, cartesian, trigonometry, fractal, and differential evolved. 

    Many designers, artists, and architects apply such geometric principles in their designs. Le Corbusier’s design philosophy revolved around proportion and harmony. He believes in the mathematical order of the universe and nature, which are connected to the Fibonacci Series and the golden ratio. Many such notable buildings using geometric proportions could be seen. The Taj Mahal, Agra, India displays such Mughal architecture, which has particular mathematical order and symmetry and harmony through golden ratio.  

    geometry
    The ensemble Facade  Completely Analytical Drawing  

    Fractal Geometry, what is it? 

    What is Fractal? Fractals have many connotations in different fields, such as mathematics and architecture, and are interrelated to one other. So by definition, A fractal is a type of mathematical shape that is infinitely complex. They are a pattern that repeats forever, and every part of the fractal, regardless of how zoomed in or zoomed out looks very similar to the whole image. In other words, from part-whole and whole to part appears the same.

    They are surrounded by many aspects of our life and major categories include: 

    1. Fractals in Nature 
    2. Fractals in Computers
    3. Fractal Shapes
    4. Fractal in Math 
    5. In 3D Modelling 
    6. In Information and Data Management 
    7. In Computer System Architecture 
    8. Other Areas of Technology 
    9. In Physical Structure 
    10.  In Time, Sound, Art, Law 

    The term Fractal was coined by Benoit Mandelbrot, which showcases the commonly seen Mandelbrot Set. Below are some examples of fractals found in nature. 

    Fractal in Trees- 

    The most evident fractal patterns are seen in the branching pattern, which varies in scale, thickness, and proportion, but the pattern could be deciphered.   

    Fractal in Animal Bodies- 

    Just like the branching pattern in a tree, the human respiratory system illustrates the patterns where each vein expands into a much more fine-grained network. 

    Fractal in Snowflakes- 

    The geometry of snowflakes is unique and complex and the fractal patterns can allow for incredible amounts of detail and also variation. As the crystal expands, fractal structures are formed in each direction. 

    Fractal in Plants and Leaves – 

    Some vegetables like broccoli, pineapple, and many other vegetables and plants have similar patterns. These structures allow for the easy distribution of liquids and other life-sustaining materials to travel through the plant and support the life of every cell. One such example is broccoli which has structures of spires that emanate from a single source that in turn have spires that continue to the tip of the plant. 

    Fractal Geometry in Architecture  

    Unlike fractal patterns found in nature which have accuracy and detail to its infinity the fractal geometry in architecture could not be replicated but could only be seen in the components. Hence, the concept of Self-similarity in Architecture could be explored in which the same shapes are repeated in different portions more than four times. This could be further classified into two types: 

    1. Unintentional – Where the fractals are just used for aesthetics (E.g. Hindu Architecture)
    2. Intentional- Where the fractal components are used in a very specific and conscious act of design. (E.g. Modern Architecture)

    It is interesting to note that different cultures and their architectural style and self-similarity follow the fractal principles, but each in a different manner.

    Hindu Architecture – Temples 

    The most fascinating structure that has the presence of fractals is the Hindu temples. They express the artistic side of Hinduism. It reflects upon the life cycle of humans and the relationship between their ideals. In the older culture, it was said that the mountains prefigure the sacred sanctuaries around the world, and in mythology, the cosmic mountain named Meru is the center of the universe, therefore the “mountain Peak” or “crest” often known as shikhara is the superstructure of the temple and the curved contours of these superstructures and arrangement reflects the mountains, which could be seen as the fractal component. 

    Kandariya Mahadev Temple
    Fractal Geometry as a synthesis of Hindu Cosmology Kandariya Mahadev Temple  

    There is still not much study of what is the significance of these patterns beyond the aesthetic appeal, but due to recent fractal software development, we are now able to partially understand the deep relationship between the construction and physical manifestation of Hindu temples. In many practical applications, temporal and spatial analysis is needed to characterize and quantify the hidden order in complex patterns, fractal geometry is an appropriate tool for investigating such complexity over many scales for natural phenomena. 

    The fractal geometry translates the beauty of complexity as well as the architect’s idea of dynamism. One such example is Sun Temple, Modhera. Where it reflects the process of the universe and its energy through the building. The relationship between fractal geometry and Hindu temple architecture is that not only does the physical form of the temple confirm the geometry of fractals, but also the theory behind fractal geometry is the fractal concept is parallel to the concept and idea of temple and philosophy. The parameters of replication in multiple iterations, self-similarity, dynamics, and complexity at varying scales are the ones that render Hindu temples fractal-friendly, hence the base for the fractal analysis. 

      Sun Temple, Modhera
      Sun Temple, Modhera  

    Western Architecture 

    The oldest handmade fractal object is found in the Cathedral of Anagni (Italy) built in the year 1104. The floor is mosaics and each is a form of Sierpinski gasket fractal. Gothic architecture also has the presence of self-similarity. The term gothic was first used during the later Renaissance by Italian artist Giordio Vasari.

    Cathedral of Anagi
    Cathedral of Anagi (Italy) Mosaic floor  

    This fractal geometry could be traced back to the very primitive stages of built forms and different cultures such as Africa where author Ron Eglash in his book African Fractals (1998) illustrated beautiful examples of African Architecture and design and stated that it reflects both social and religious structure of the settlement. One such example could be also reflected in the settlement of Ba-ila in 1944 situated in Southern Zambia (Africa). The settlement as a whole has the shape of rings, where each extended family’s home has a ring-shaped livestock pen with a gate on one end. The size of the houses is according to age and authority, where the father’s house is the largest.

    Ba-ila settlement Malcolm Ocean 
    Ba-ila settlement Malcolm Ocean 

    Iterated Function System 

    There are many ways to evaluate the fractal, one of the methods is of Iterated Function System and this could be easily observed in Gothic Architecture. The Duomo (1386-1577) is the biggest and the largest late gothic architecture in Italy. The cathedral is white marble, over brick core ad has a cruciform plan. It was designed to accommodate 40,000 worshipers. The facade of this cathedral has fractal patterns. 

    Duomo Cathedral Fractal Geometry 
    Duomo Cathedral Fractal Geometry 

    Another example is Santa Croce, the church of the Franciscans in Florence. The construction began in the 1294 period when during the transition from Medieval times to the Renaissance. It was designed by Arnolfo di Cambio (1240-1302) and was finished in 1442 with the exception of the 19th-century Gothic Revival facade and campanile. The church is simple Basilica style with a nave and two aisles. With the help of analysis and the dissection of triangles, to find the IFS connected to the church. This iterated function system applied to the gothic cathedrals could also be used in different complex buildings.  

    Conclusion 

    We have always been connected to geometry and geometry has been the basis of everything and our day-to-day lifestyle. The application of such complex yet sometimes simple and beautiful is to be found everywhere. The best we can do is to observe and learn from nature. 

    From the primitive time, we have adapted, discovered, iterated, and succeeded in applying the basics of geometry to either solve problems, produce the finest aesthetics or connect it with symbolism and enrich the respective cultural associations with it. The geometry of fractals is one such thing where across the world in different parts people have applied the principles of it intentionally or unintentionally and we to this day admire it and are still in awe with some marvelous piece of architecture. 

  • Spectacular Works Of Luis Barragan

    Spectacular Works Of Luis Barragan

    Introduction

    Born in Gaudalajara, in 1902, Luis Barragan was a Mexican Architect although trained as an engineer. Widely known for his technique of blending a simplistic approach in his modernistic,color-blocked structures with plants, terrain, and natural light of his native country, becoming the most influential architect of the 20th century. His first series of projects were mainly residential projects which bought him some recognition largely due to his design approach, which was artistic, simple yet bold at the same time, leaving a strong modernistic piece of architecture. 

    As he was a self-taught architect, he felt most strange amongst them due to his perception of architectural education and the surrounding practitioner. He, most of the time, worked in isolation. This sense of isolation came with its mature designs. Not only did architects were inspired by him by other professionals such as poets, philosophers, painters, and sculptors also considered him a role model. 

    While traveling to Europe and New York in 1931 where he met some amazing people who had mastered their crafts. People like Ferdinand Bac, a french garden designer, writer, and caricature artist.Mexican Muralist Joe Clemente Orozco and Le Corbusier, an architect and urban planner. Observing and learning from such substantial people, he started developing the ideas of how he can give personalization to Modernism. Luis Barragan has developed his design statement with time. He integrates his modernistic building designs with the local landscaping and bright, colorful, and humongous blocks in most of his housing projects. 

    In one of his projects, Jardines de Pedregal, there was a beautiful blend of modernistic simplicity with natural elements that utilized and reflected the Mexican terrain and color scheme. This very use of natural vegetation and manipulation of light was his biggest trademark in his architectural style and was appreciated that it set him apart in both cultural and modernistic approaches. He not only gave attention to the details of the texture, color, and light, but also symbolized his purpose behind the building form through these amazing combinations.  

    Design Philosophy of Luis Barragan

    The design philosophy of Mr. Luis Barragan was mainly in the approach of using greenery, water, simple geometric forms, and bold colors with a combination of poetic and artistic practice, which was a very minimalist architectural style. 

    Design Philosophy of Luis Barragan

    His common architectural elements could be traced from many of his examples. A few common design elements are the wall thickness, different use of scale and proportion, light, shadow, form, texture, and the spaces built with bold color which beautifully merge with its landscaping. In one of his quotes, he stated that “I believe in an emotional architecture. It is very important for humankind that architecture should move by its beauty. If there are many equally valid technical solutions to problems, the one which offers the users a message of beauty and emotion, that one is architecture.

    Photo from Prezi  Main Architectural
    Spectacular Works Of Luis Barragan Born in Gaudalajara, in 1902, Luis Barragan was a Mexican Architect although trained as an engineer. Widely known for his technique of blending a simplistic approach in his modernistic,color-blocked structures with plants, terrain, and natural light of his native country, becoming the most influential architect of the 20th century. His first series of projects were mainly residential projects which bought him some recognition largely due to his design approach, which was artistic, simple yet bold at the same time, leaving a strong modernistic piece of architecture.  Luis Barragan,architecture,design
    Spectacular Works Of Luis Barragan Born in Gaudalajara, in 1902, Luis Barragan was a Mexican Architect although trained as an engineer. Widely known for his technique of blending a simplistic approach in his modernistic,color-blocked structures with plants, terrain, and natural light of his native country, becoming the most influential architect of the 20th century. His first series of projects were mainly residential projects which bought him some recognition largely due to his design approach, which was artistic, simple yet bold at the same time, leaving a strong modernistic piece of architecture.  Luis Barragan,architecture,design

    Building Examples 

     Casa Barragan, Mexico

    This was a home of the architect itself, which seems to be an ordinary two-story building from the outside with a little hint of what might be interesting inside. It was built in the year 1948. It served as a home as well as the studio of the architect until his death, which was later turned into a museum, and then it was declared a heritage site. 

    Photo from Luis Barragan's Personal Collection  Casa Barragan
    Photo from Luis Barragan’s Personal Collection  Casa Barragan 

     Torres de Satelite, Mexico, 1958 

    Luis Barragan and the artist Mathias Goeritz worked together on this. This was a neighborhood project that Mario Pani, an urban planner, had started. Five triangular prisms were created as a result of the fusion of art and architecture, and they are located within the square. The primary colors are employed on these five pillars. Towers were built to respond to traffic so that moving vehicles could see them from a distance. These triangles seem different from every angle. It appeared as isosceles triangles from one perspective and as simple elevations that resembled monuments from the other.

    Photo from Public Delivery Torres de Satelite
    Photo from Public Delivery Torres de Satelite  

     Casa Cristo,Guadalajara, 1927  

    With bold raw elements, parabolic arches, and a fusion of Mexican and Spanish architectural forms, this mansion was created for the mayor. Currently, the structure serves as Colegio de Arquitectos de Jalisco’s headquarters. This home’s craftsmanship and amount of detail were of the highest caliber. The architecture of the building displays both the tight ties to regional craftsmanship and the European influences that the architect’s travels brought about. This home is exceptional in the field of regional architecture as well.

    Spectacular Works Of Luis Barragan Born in Gaudalajara, in 1902, Luis Barragan was a Mexican Architect although trained as an engineer. Widely known for his technique of blending a simplistic approach in his modernistic,color-blocked structures with plants, terrain, and natural light of his native country, becoming the most influential architect of the 20th century. His first series of projects were mainly residential projects which bought him some recognition largely due to his design approach, which was artistic, simple yet bold at the same time, leaving a strong modernistic piece of architecture.  Luis Barragan,architecture,design
    Processed with VSCO with a6 preset

    Cuadra San Cristobal  

    This structure is a stunning fusion of geometry, superb use of clay materials, and overall simplicity. Additionally, it has a lovely blending of the outdoors and the inside, not only via the use of glazing, but also through the interaction between covered and uncovered spaces and the play of light and shade.

    The floor-to-ceiling ratio is created in such a way as to provide views of the lush, expertly planted grounds as well as a doorway for sunlight. Building planning was done in a way that made it easy to see how geometry, color, and proportion interact. Each area that is designed is painstakingly articulated and tells the tale and poet behind each space and piece used. 

    Photo from Re thinking the Future Cuadra San Cristobal
    Photo from Re thinking the Future Cuadra San Cristobal

    Chapel of the Capuchinas,1953 

    The culmination of seven years of labor and dedication was this chapel. Luis Barragan provided the funding for the chapel’s construction because the sisters lacked the necessary resources.

    When you enter, there is a small, semi-sunken courtyard with white walls and an enormous cross embedded in one of them. A calm pool with floating white flowers gives the area a human scale. To the right, a stairway leading to a secondary chapel is surrounded by a yellow frame lattice. The yellow grid’s simple yet striking intricacy and vibrancy, which are reflected in the pond of black stones, are just overwhelming.

    Photo from Architectuul  Chapel of the Capuchinas
    Photo from Architectuul  Chapel of the Capuchinas

    Casa Iteso Clavigero 

    This is just one of the remarkable homes built by Mr. Luis Barragan, who is responsible for many others. It has been transformed into the cultural hub of a prestigious university. This was one of his initial designs that combined elements of the Mexican regionalist style with certain Arabian accents that are seen in the building.

    Wide arches, a golden color, and a showcase of raw tectonic materials give it a local yet elegant feel. The courtyard and gardens stand out as ideal examples of how to incorporate and connect nature into the constructed environment.

    Photo from Atlas Obscura  Casa Iteso Clavigero
    Photo from Atlas Obscura  Casa Iteso Clavigero

    Los Jardines del pedregal 

    With its curved avenues lined with bougainvillea and jacaranda plants and clearly defined descending contours over the volcanic rock’s cranks, this residential neighborhood’s design blurs the distinction between the constructed and the unbuilt. The facades and high-walled gates of the casas and mansions conceal what is necessary and what is not. The plaza, which has intriguing sculptures and the contemporary gardens across the streets, elevated the community to the status of a national model.

    Photo from Esoteric Survey  Los  Jardines  del Pedregal
    Photo from Esoteric Survey Los Jardines del Pedregal 

    Last Days of Barragan  

    When he passed away from Parkison’s disease on November 22, 1988, at the age of 86, he had been ill for several years. He left two people with equal shares of his architectural legacy in his will. He gave his buddy, architect Ignacio Diaz Morales, the architectural institution for his library, and Raul Ferrera, his business partner. Later, Ignacio created the foundation that looks after his library, personal papers, and art collection as well as the museum Casa Luis Barragan and Barragan’s House.

    Mr. Barragan was a spiritual, artistic, person and believed in looking for sensibility, emotions, appreciation of nature, and small and vivid textile materials which were grounded in the locality. His works have always shown a personal touch and storytelling ability. It is quite reminiscing about seeing his work and be in awe. One of his quotes fits perfectly for the ending “ Architecture is an art when one consciously or unconsciously creates aesthetic emotion in the atmosphere and when this environment produces well-being.”