Neuroarchitecture : quantifying perception to inform a design for improved mental well-being
Date
2019-04-10
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Abstract
As complex, biological organisms, neuroarchitecture
aims to address notions that natural and built environments
can effect changes in our organismic systems at cellular,
neurological, emotional, perceptual, and cognitive levels.
Knowing this however, there is still little quantifiable data
regarding the metrics of interior environments and how they
impact human cognition. The question thus arises:
Can we attempt to quantify human perception pertaining to
architectural experience through the use of sensing technologies,
in order to substantiate the effects of natural elements, and thus
inform a design for improved mental well-being?
This thesis aims to explore these ideas first through existing
knowledge and theory regarding human perception and
sensory stimulation. Furthermore, through self-analysis per
the use of modern sensing technologies, both cognitive
and environmental data will be gathered in order to gain an
understanding of the relationships between spatial qualities
and the physiological responses they evoke. Through this
method of theory and data collection, a more informed design
framework will be proposed to design a student residence that
places a greater focus on improved mental well-being.
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Keywords
neuroarchitecture, well-being, perception, sensing technology, EEG