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  Design for Daylight  
 
In recent years the incorporation of daylight into building design is being seen as the cornerstone to create energy-efficient buildings, the so-called sustainable buildings. With the increased interest in the design of daylight systems, the question then becomes “how to design daylight systems?”, or more accurately, “how to quantitatively and qualitatively evaluate the performance of daylighting systems?”. The course will provide an overview of the existing tools and methods that are commonly used to design daylighting systems, their pros and cons. In the end, a simplified procedure that can provide an hourly quantitative evaluation of the performance of daylighting systems, using scale models, will be presented.   
 

  Date: TBA
  Location:
TBA

  .4 CEUs/Arch: 4 CEUs-hsw/4 PDHs
  Cost: $95 per person

 
   

INSTRUCTOR

Khaled Mansy, Ph.D.,  joined the Oklahoma State University Architectural Engineering faculty in the fall of 2001. Recently, his research work has been presented and/or exhibited in PLEA 2001, Florianopolis, Brazil, 2001; ACSA Annual Meeting, Baltimore, 2001; Healthy Buildings, Espoo, Finland, 2000; PLEA 2000, University of Cambridge, UK, 2000; ACSA Annual Meeting, Los Angeles, 2000; AIA Expo, Philadelphia, 2000; ACSA Technology Conference, MIT, Boston, 2000; SDR'99, Al-Ain University, UAE, 1999; ACSA Annual Meeting, Minneapolis, 1999; AIA National Convention and Exposition, 1999; ACSA/CIB Technology Conference, Montreal, Canada, 1999.

Amongst other awards, Mansy was the recipient of the "Certificate of Honors", in recognition of the highest standards of academic achievement, the Graduate College, Illinois Institute of Technology, 2001, and the "Certificate of Merit", for initial research and process, Leading Edge Design Competition, 1999.


His areas of Interest include passive and low-energy architecture; sustainability; urban design; building technology; building systems; passive systems; environmental control; environmental performance of buildings with special interest in energy simulation in buildings.

 

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