Etna street Cottage: Photographs of the project during construction

01/01/1974

Works in Progress

Two images depicting structural details during construction: 1) Side view on the stair landing with box columns and beams filled with light concrete; 2) View of the upper floor column and beam structure under construction, over the vaulted ceiling.

Photographer:

Christopher Alexander/C.E.S., Berkeley, CA, U.S.A.

Source:

Print, Negative

Characteristics:

8"x10", 4"x5", B&W

Content of

Project

Etna Street Cottage 1974

Etna Street, Berkeley, CA, U.S.A.

Residential, Realized , Construction completed in 1974

Client:

Center for Environmetal Structure

C.E.S. staff:

Christopher Alexander with his students in the 1974 Spring studio class Arch. 209, including Walter V. Wendler and Donald Corner

Contractor:

Center for Environmetal Structure

Project cost:

$3.000

Project stages:

Pattern language for the project by C.E.S. Layout on the site No drawings were produced Users involved in the construction Innovative construction methods

Experimental building project, two-story 400 sq. ft. cottage, with a hollow wooden structure filled with concrete and featherweight concrete vaults. Completed in ten weeks, without a building permit at the back of the C.E.S. office on Etna Street, and was ...

Contents

Photographs

References

Academic Courses

People Rebuilding Berkeley 1974

Academic,

University Program:

Master of Architecture

Course type:

Graduate Design Studio

Course number:

Arch. 280

Instructors:

Christopher Alexander, Halim Abdelhalim

Enrolled students:

Howard Davis, Pat Cashman, Bob Daughters, Bob Delaney, Efthymios Dimoulas, Bob Esparza, Dorian Gardner, Ed Hazzard, Colin McGlibery, Tsuneki Miyagushi, Harold Nelson, Jane Rath, Bob Reyes, Fumimasa Sugiyama, Larry Thompson, Larry Wight, Ann Wochiler, Reuel Young

Development of a planning process for the City of Berkeley in which individual neighborhoods had the responsibility for their own improvement through a process based on the use of patterns at a very local scale .