The design results from addressing four primary considerations - the program, the physical context of the site, the ideology of design and the demonstration of environmental sustainability and ecological balance. The institute conducts training, education, and awareness programs in the field of environmental sanitation and health and brings together professionals and workers at all levels of decision making and implementation, both international and local. Orientation to regulate breeze and reduce solar gain are responses to the macro-climatic conditions of the site.
Brick cavity walls insulate the interiors from the high ambient atmospheric temperatures and incoming solar radiation. Subterranean built-forms along ...
The design results from addressing four primary considerations - the program, the physical context of the site, the ideology of design and the demonstration of environmental sustainability and ecological balance. The institute conducts training, education, and awareness programs in the field of environmental sanitation and health and brings together professionals and workers at all levels of decision making and implementation, both international and local. Orientation to regulate breeze and reduce solar gain are responses to the macro-climatic conditions of the site.
Brick cavity walls insulate the interiors from the high ambient atmospheric temperatures and incoming solar radiation. Subterranean built-forms along with shared adjacent walls prevents excessive heat gain from exposure to the sun. Massing is selectively controlled to provide mutual shade and maximize shadow, breaking up continuous surfaces and thereby reducing reflected glare.
The design results from addressing four primary considerations - the program, the physical context of the site, the ideology of design and the demonstration of environmental sustainability and ecological balance. The institute conducts training, education, and awareness programs in the field of environmental sanitation and health and brings together professionals and workers at all levels of decision making and implementation, both international and local. Orientation to regulate breeze and reduce solar gain are responses to the macro-climatic conditions of the site.
Brick cavity walls insulate the interiors from the high ambient atmospheric temperatures and incoming solar radiation. Subterranean built-forms along with shared adjacent walls prevents excessive heat gain from exposure to the sun. Massing is selectively controlled to provide mutual shade and maximize shadow, breaking up continuous surfaces and thereby reducing reflected glare.
