Daylighting, Space, and Architecture: A Literature Review

Main Article Content

Dalia Hafiz

Abstract

Daylighting dynamism and constant change can characterize buildings and spaces with a living quality that cannot be achieved with any other design element. However, daylighting can create unwanted lighting conditions in the visual field causing discomfort and glare. This may affect the performance of building occupants such as workers or students. Consequently, designing for daylighting needs a good understanding of daylighting. Designers can rely on information from simulation software to re-imagine the space, especially to examine possible unexpected visual discomfort conditions.

This paper aims to represent different visual comfort evaluation methods that can help decision-makers make better informed decisions. Different definitions and structures associated with daylight and glare are examined. It also presents a review of the literature of previous research conducted on daylighting, visual comfort analysis and glare studies.

Article Details

How to Cite
Hafiz, D. “Daylighting, Space, and Architecture: A Literature Review”. Enquiry The ARCC Journal for Architectural Research, Vol. 12, no. 1, Dec. 2015, doi:10.17831/enq:arcc.v12i1.391.
Section
Peer Reviewed Papers
Author Biography

Dalia Hafiz, Virginia Tech

Dalia Hafiz is a PhD candidate in the school of Architecture and Design (A+D), Virginia Tech. She received her master’s degree in Architecture in 2011 from the same school. She graduated her bachelor of science in architecture engineering from the Faculty of Engineering Architecture Department, Alexandria University, Egypt in 2007. She was recognized as the best design research student in 2013 by the School Of Architecture and Design in Virginia Tech.

Dalia’s research examines the daylighting dynamism which can create uncomfortable situations causing visual discomfort. She focuses on the time and space dynamics of the daylight condition, the representation and re-imagining of these dynamics especially in the early stages of the design process. She is looking in her future research to examine visual discomfort conditions for elderly, in addition to possibilities to expand the research to adapt dynamic eye movement and test different visual discomfort relationships with noise, acoustics and thermal discomfort.

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