





Taher has written extensively about best building design and construction practices to reduce wind pressures on building surfaces and to resist high winds and hurricanes in residential or commercial construction. “Design of Low-Rise Buildings for Extreme Wind Events” (Journal of Architectural Engineering, March, 2007) by Taher highlighted such research findings. Wind researchers at the Center for Building Science and Technology (CSTB) in France, researched and tested reduced-scale home models at its wind tunnel facilities, and developed a prototype of a “cyclonic” or hurricane-resistant dwelling. Taher cooperated with the CSTB wind researchers, working on the structural aspect of the home’s design.
In 1999 Taher received NJIT's Teaching Excellence Award in the category of Instruction by a Special Lecturer.
Taher received a doctorate of civil engineering with honors in 1986 from Ecole Nationale des Ponts et Chaussées, Paris, France; a master's degree in civil engineering (Building Science & Technology) in 1983 from ENPC, Paris, France (Diplôme d'Etudes Approfondies); and a bachelor of civil engineering and urban planning in 1982 from Institut National des Sciences Appliquées de Lyon in Lyon, France.
Last update: August 11, 2009
Topics: architecture, college of architecture and design, construction materials, wind research, reduced-scale home models, hurricane-resistant homes




