See also:1911 in architecture, other events of 1912, 1913 in architecture and the architecture timeline. See also: 1910 in architecture, other events of 1911, 1912 in architecture and the architecture timeline. ... 1912 (MCMXII) was a leap year starting on Monday in the Gregorian calendar (or a leap year starting on Tuesday in the 13-day-slower Julian calendar). ... See also: 1912 in architecture, other events of 1913, 1914 in architecture and the architecture timeline. ... This page indexes the individual year in architecture pages. ...
Olympic gold medal - Eugène Monod & Alphone Laverrière of Switzerland for Building plan of a modern stadium Below is a list of the Olympic medallists in art competitions. ...
January 9 is the 9th day of the year in the Gregorian calendar. ... Image:Dome of Discovery. ... See also: 1995 in architecture, other events of 1996, 1997 in architecture and the architecture timeline. ... December 1 is the 335th (in leap years the 336th) day of the year in the Gregorian calendar. ... Minoru Yamasaki (ミノル・ヤマサã‚) (December 1, 1912–February 6, 1986) was a Japanese American architect, born in Seattle, Washington, a second-generation Japanese American. ... See also: 1985 in architecture, other events of 1986, 1987 in architecture and the architecture timeline. ... December 15 is the 349th day of the year (350th in leap years) in the Gregorian calendar. ... Ray-Bernice Alexandra Kaiser Eames (December 15, 1912 - August 21, 1988) was an American artist, designer, architect and filmmaker who, together with her husband Charles, is responsible for many classic, iconic designs of the 20th century. ... See also: 1987 in architecture, other events of 1988, 1989 in architecture and the architecture timeline. ...
One of the Bay Area's greatest architectural monuments, this church is Maybeck's masterpiece, showing his ability to combine such unrelated styles as Gothic and Oriental with an admixture of Romanesque and Craftsman.
His contributions to domestic design are outstanding and his efforts in architectural education noteworthy; but it is the Christian Science church, with its masterly handling of space, structure, color and light, that wins immediate admiration from lay and professional viewers.
His lack of preconceived architectural solutions to the problems he faced coupled with his complete domination of every detail of the basic structure, mechanical systems, and furnishings of the church helped create a building noteworthy in the history of American architecture (Cardwell 1977: 122-30).
Architectural education was largely a product of local concerns in Atlanta, the State of Georgia and the South, corresponding to the mission of the Georgia School of Technology.
The expanded scope and professional orientation of architecture was a mirror of the expanding mission for the Georgia Institute of Technology and its objective for a national, as well as international, reputation in professional design education.
What has emerged is a new vision of the College of Architecture, replete with major opportunities in the development of new paradigms of design pedagogy and practice; in the emphasis upon the nature of world cities and their challenges; and in the relationship between technology and the arts.
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