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Cognitive Architecture; A Review

People’s emotions and decision are greatly influenced by their surroundings. Spaces could have a positive or negative impact on an individual. Places that are inviting, well configured and programmatically activated can attract a lot of people. It can have a profound influence on our health and our psychic and spiritual state of being. The physical space, in which humans live and work, has major effect on the nature and quality of everyday life and experiences. As Winston Churchill once said, “We shape our buildings; thereafter our buildings shape us.” By creating an environment around us that is supportive to our senses, we can enhance our human links with nature. Architecture, when used as a means of principles of universal harmony, it can sustain us, so that our homes become our heavens, and our work places support our creativity. This paper starts with a brief introduction of cognitive architecture followed by a review of the book 'Cognitive Architecture – Designing for how we respond to the built environment’.

Cognitive Architecture Designing for How We Respond To the Built Environment; A Review Aasmeena Sheik Architecture Andhra University Visakhapatnam, India Abstract - People’s emotions and decision are greatly influenced by their surroundings. Spaces could have a positive or negative impact on an individual. Places that are inviting, well configured and programmatically activated can attract a lot of people. It can have a profound influence on our health and our psychic and spiritual state of being. The physical space, in which humans live and work, has major effect on the nature and quality of everyday life and experiences. As Winston Churchill once said, “We shape our buildings; thereafter our buildings shape us.” By creating an environment around us that is supportive to our senses, we can enhance our human links with nature. Architecture, when used as a means of principles of universal harmony, it can sustain us, so that our homes become our heavens, and our work places support our creativity. This paper starts with a brief introduction of cognitive architecture followed by a review of the book 'Cognitive Architecture – Designing for how we respond to the built environment’. Index Terms — book review, cognitive architecture, human responses to built environment, cognitive sciences, psychology, etc. Introduction The physical space in which humans live and work has major effect on the nature and quality of everyday life and experiences. As Winston Churchill once said, “We shape our buildings; thereafter our buildings shape us.” Cognitive science is the scientific study of the human mind and its processes. It analyses the behavior, psychological responses, our reactions to various situations, etc. Fields of cognitive science have been influential in understanding the brain's particular functional systems ranging from speech production to auditory processing and visual perception. We resonate at both cellular and consciousness levels with our environment. By creating an environment around us that is supportive to both our inner and our outer senses, we can enhance our human links with nature. Architecture, when employed as a means of embodying principles of universal harmony can sustain us, so that our homes become our heavens, and our work places support our creativity. The built environment can help generate certain types of behaviour, in particular when it comes to the use of public space. Places that are inviting, well configured and programmatically activated can attract a lot of people. The built environment can also produce important social effects. It can have a profound influence on our health and our psychic and spiritual state of being [3]. RELATION BETWEEN COGNITION AND ARCHITECTURE Understanding the space surrounding us has been a challenge for many disciplines. Architects conceptualize and shape space by designing buildings and cities. Cognitive scientists, such as psychologists, research human understanding of and behaviour in physical space. Understanding humans’ reactions to buildings and how they move through them to find their way, is a key aspect of taking a user-centred perspective. And this can be achieved when both the fields i.e., architecture and cognitive sciences are dealt together. Architects and cognitive scientists could learn from each other. Architects could explain how they use building features to encourage certain patterns of movement within the building, informing research on how people move through space; scientists could contribute data on what strategies different people use to find their way around. Cognitive science is interdisciplinary because it includes knowledge from neuroscience, as well as from fields such as psychology, artificial intelligence, linguistics, neuroscience, anthropology, and philosophy. Through the interdisciplinary lens of cognitive science, designers can establish a relational understanding between neuroscience and architecture and arrive at a more detailed study of the human-environment relationship [1,3]. These aspects have been dealt in a book called 'Cognitive Architecture – Designing for how we respond to the built environment’ by Ann Sussman and Justin Hollander. Cognitive Architecture – Designing for how we respond to the built environment Using recent findings in neuroscience and evolutionary biology, Sussman and Hollander identify key human traits that they say influence how we experience our surroundings—and explain why architects and urban planners would be wise to incorporate these elements into their work. It suggests new ways to analyze current designs before they are built, so that the designer could anticipate a user’s future experience. The book consists of six chapters explaining few significant characteristics of the human cognition. Chapter 1: A New Foundation-Darwin, Biology, and Cognitive Science talks about Charles Darwin’s theory of evolution and how humans are an artifact of it, how we have evolved biologically and the discoveries in cognitive sciences. Humans are evolved mammals with their perceptual systems a product of ‘natural selection’ as mentioned by Charles Darwin in his Origin of Species by Means of Natural Selection in 1859. It can be seen in the ways humans function, including how we walk, think, see and prioritize viewing things in our environment. Cognitive science says that people have multiple subconscious tendencies and behaviors that govern their responses to built environments. Chapter 2: Edges Matter-Thigmotaxis (the “wall-hugging” trait) explains how as pedestrians we are a ‘wall-hugging’ species and avoid the centre of open spaces and tend to stick to the sides. This trait is described as a survival and orientation strategy and introduces its scientific name ‘thigmotaxis. Thigmotaxis is an old and primal way finding strategy. It can be seen in most of the living organisms from bacteria to mammals. Researchers say that thigmotaxis remains the baseline strategy for navigation and initial exploration. The more designers are aware of thigmotaxis as a billion-year-old trait, the better they will understand why well-defined corridor streets encourage our walking and the importance of creating them in suburban and urban places. Few thoughts which are conveyed in this chapter are why the streets should be well defined and how they should be made walk able; how the sidewalks could be pedestrian friendly; why the buildings and their elevations have major significance on the street and why they must be oriented to the street; and how navigation could be made less energy intensive by providing a straight view with no impeding views. Figure SEQ Figure \* ARABIC 1 Main Street, Disneyland. Cinderella's castle in the centre distance provides a landmark; pedestrians tend to stick to sides of streets even with few vehicles present. The eighteenth century Rue de Rivoli arcade in Paris supports the ways that humans walk and encourages our movement forward. Chapter 3: Patterns Matter-Faces and Shapes explains why human mind prioritizes vision. We have evolved in a world of visual complexity and relish visual stimulation. The implications of this fact for design and architecture are significant, suggesting how important detail and visual diversity are for building elevations and urban layout. Research suggests we also see faces in many of our favorite houses and streetscapes and in doing so we easily and subconsciously make emotional attachments to these places. Figure SEQ Figure \* ARABIC 2 The portrait building, Melbourne, Australia, memorializes the face of William Barak. The elevation of Parthenon in Athens fit within the golden rectangle. Chapter 4: Shapes Carry Weight-Bilateral Symmetry, Hierarchy, Curves, and Complexity recognizes that humans are programmed to prefer certain forms over others; we carry innate biological biases toward bilateral symmetric shapes, and for curved versus straight, or jagged lines or forms. Bilateral symmetry carries deep, innate psychological significance. Humans have a bias for curves over straight or sharp lines, as curve elicit feelings of happiness and elation, while jagged sharp forms tend to connect feelings of pain and sorrow. Hierarchy helps people connect and understand intuitively as we have a familiarity with the arrangement in nature as well as human body. Humans also enjoy complexity with order. Fractals, recursive patterns that occur repetitively in smaller and smaller scales are abound in nature and can be seen in snowflakes, coastlines, and vegetable patterns. They appeal to humans innately since they induce relaxation. Figure SEQ Figure \* ARABIC 3 Chambord Castle with bold shapes and symmetry, Taj Mahalwith symmetry and hieracrchy, Hindu temples with fractal forms Chapter 5: Storytelling is Key-We’re wired for Narrative most identifies us as human; our narrative capacity, a consequence of our species’ unique neural circuitry, helps us engage with others, with places, with shared past and enables the creation of identity. This characteristic distinguishes humans. Our narrative abilities have led to literature and art. Many of the world’s famous buildings and cities possess embedded narrative. They contain a specific formal sequence in their design that, like a story, has a beginning, middle, and end or similar sequence. Such places remain the most visited places on Earth. Figure SEQ Figure \* ARABIC 4 The Villa Lante, depicts a story throughout. The principle entry to the garden starts at the top and follows a linear progression down to the exit. The garden sequencing tells the story of man’s biblical fall from grace and re-emergence into a world of rationality and hope. Chapter 6: Nature is our Context-Biophilia and Biophilic Design talks about why people like looking at nature and landscapes that recall their species past. Our past resonates daily with how we respond to our present environment. It is our inherent need to be connected to our nature to nurture our mental, physical and spiritual health. Biophilic design strives to ensure new projects recognize and meet human need to observe and engage with nature. The key elements of Biophilic design like Environmental features; Natural shapes and forms; Natural processes and patterns; Light and space; Place-based relationships; Evolved human relationships to nature are discussed. [2] Figure SEQ Figure \* ARABIC 5 The Great Workroom, has been called ‘the most beautiful office space in America’. The columns are ‘dendriform’ or tree shaped. The Falling Water, is an example of how nature can be fused with built environment CONCLUSION Designing specific to cognitive ability, is a timely issue for designers because research emerging from the neurosciences can inform how cognitively accessible environments or features benefit the population using them. Existing design guidelines for cognitive accessibility are not widely recognized in the same way which guidelines for physical accessibility are. More of this analysis will surely influence the success of structures planned, designed, and built with human responses in mind. Acknowledgment I would like to thank my entire faculty at Department of Architecture, Andhra University and especially Dr. Pasala Sudhir Kumar for their constant support and encouragement. I would also thank CREDAI – Visakhapatnam Chapter for presenting me with the book 'Cognitive Architecture – Designing for how we respond to the built environment’. References Current Directions in Psychological Science, a journal of the Association for Psychological Science. 'Cognitive Architecture – Designing for how we respond to the built environment’ by Ann Sussman and Justin Hollander Sevtsuk, A. “”How we shape our cities, and then they shape us”, MAJA: the Estonian Architectural Review. International Conference on Smart Cities: Cognitive Architecture and Human Performance, December 18-19, 2015 Department of Architecture, Andhra University College of Engineering (Autonomous), Visakhapatnam, India,