Discusses longrange plans for six community colleges in a 900-square mile county. Describes the master plan for and the design of one of the colleges -- a repetitive structural module that alternates narrow service spans with wide spans for uncommitted'' space. (Author/EA)

Describes the Library Space Utilization (LSU) methodology, which demonstrates that significant information about the functional requirements of a library can be measured and displayed in a quantitative and graphic form. It measures "spatial" relationships between selected functional divisions; it also determines how many people--staff…

Traditional factors of educational space design--cost, tradition, control, administration, and status--are contrasted with five new factors--students, educators, imagination, planning, and future utilization. (RAO)

Business and professional sectors have initiated some functional and useful planning and design for continuing education facilities in direct response to the needs of users as students and as individuals. Provides several examples of facilities designed to lessen the impact of transplant on students, allow social mingling as well as classroom…

Discusses the development of a camp design brief that clarifies the specific priorities and criteria for building or expanding camp facilities. Presents three situations in which camp directors accurately diagnosed their facility problems but changed their building plans over time because of financial, operational, or locational considerations.…

Conference papers presented by leading architects, engineers, and educators concerning the latest developments in air structures, particularly as related to education. BRI-EFL national technical conference. (Columbia, Maryland, May 22-24, 1973.) Discussions center on educational opportunities, economics, technological developments, and the…

Discusses some of the most important structural features found in modern chemical laboratories, including building shapes, floor plans, and window utilization. (MLH)

Outlines how an information company--the Institute for Scientific Information (ISI)--designed a new building to house its facility. Problems and deficiencies in the old work space were analyzed using a rigorous systems approach, and an open-plan system was devised to allow for optimum space utilization and energy efficiency. (CWM)

A University of Wisconsin-Milwaukee building illustrates how an academic building can be ill-suited to its users due to uncompromising adherence to its formal conception. The building is out of scale with its neighbors and unsuccessful in fulfilling human needs, particularly those constituting the latent functions of the building. (MSE)

Design ideas to save energy, space, and money--from playfields on the roof to people pockets in a patio. (Author)

Architects of a newly-opened elementary school in Bellevue, Washington, conducted a followup study of teacher and pupil attitudes. The candid comments can be used as helpful do's and don'ts in future design projects. (WN)

This article discusses and illustrates selected changes and trends in the way academic libraries are programmed and designed in response to changes in teaching techniques in higher education. The author draws particular attention to the new requirements for collaborative study in technology-rich spaces and makes detailed recommendations for those…

This document incorporates the findings of a project initiated to find solutions to the problems of planning, designing, constructing, and utilizing facilities to house career education on the part of educational administrators. Traditional solutions, continually increasing costs, and the need for greater emphasis on the learning environment…

Discussion of problems and mistakes made in library facility planning highlights overemphasis of dramatic architectural elements; communications between architects and librarians; who is in charge of planning process; lighting (effect of library shelving, appropriate location of light switches); setting a schedule; furniture and equipment; and the…

With air-supported structures, educators can custom-build for every function on campus or even shelter the entire campus under a bubble. (Editor)