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Gillespie, Tim – American Education, 1978
That preservation and recycling of unused school buildings to other community uses is both economically and socially sound is illustrated by several examples. Information on federal grants for conversion of unused school buildings to community education and activities centers is included. (MF)
Descriptors: Building Conversion, Case Studies, Community Action, Community Centers
Bellis, Herbert F.; Schmidt, Walter A. – Technical Education News, 1978
The article outlines the content of a course in blueprint reading designed for those in or preparing for jobs in the construction trades. Course material can be divided into units and the units then grouped as modules, enabling the teacher to cover just the material needed for the particular class. (MF)
Descriptors: Architectural Drafting, Blueprints, Building Plans, Building Trades
Turckes, Steven; Engelbrecht, Kathie – School Planning & Management, 2002
Discusses incorporating green design into school construction, asserting that schools can improve their impact on the environment and reduce their operating costs while educating people about the value of sustainable design. Addresses energy reduction (including daylighting), site design for low environmental impact, flexible design, indoor air…
Descriptors: Building Innovation, Conservation (Environment), Educational Facilities Design, Energy Conservation
Simonelli, Richard – Winds of Change, 1989
Describes development of a hybrid modern-traditional Navajo hogan that meets religious and cultural needs and the needs of modern Southwestern living, and uses passive and active solar technologies. Discusses housing problems on the Navajo Reservation, and plans for a Native American Housing Center at University of Colorado, Boulder. (SV)
Descriptors: American Indian Reservations, American Indians, Architectural Education, Architectural Research
Savage, Chuck – School Business Affairs, 1989
Modular construction of school buildings offers speed of construction, with 100 percent contractor responsibility for the completed structures. Under negotiated terms, modular projects can be purchased outright or through long-term leasing arrangements that provide ownership at the end of the lease period. (MLF)
Descriptors: Building Innovation, Cost Effectiveness, Educational Trends, Elementary Secondary Education
Glass, Thomas E. – School Business Affairs, 1994
Evaluating educational facilities requires utilizing an effective assessment process. The five key components of space adequacy are scheduling efficiency, design efficiency, technical capacity, practical capacity, site capacity, and suitability. Assessment of the physical adequacy of school building should explore the following areas:…
Descriptors: Building Design, Classroom Design, Classrooms, Educational Facilities Planning
Muller, Karen – Library Administration and Management, 1995
Presents recipients of the 1995 American Institute of Architects/American Library Association Library Buildings Awards Program. Most descriptions contain: names of the library, library director, and architects; library location; historical background; and building description including photographs, site plans, square footage, collection and…
Descriptors: Awards, Building Design, Building Plans, Construction Costs
Peer reviewed Peer reviewed
Schluntz, Roger – Planning for Higher Education, 1993
A study investigated the purpose, composition, procedures, breadth of responsibility, and effectiveness of campus design review boards at seven public universities. The boards' primary objective has been to protect the existing quality of the campus environment and ensure all new construction contributes to the desired quality of campus life. (MSE)
Descriptors: Advisory Committees, Building Design, College Administration, College Buildings
Orr, David W. – Orion Afield: Working for Nature and Community, 1999
An environmental studies center at Oberlin College (Ohio) was designed to instruct its users in ecological competence and the possibilities of ecological design applied to buildings, energy and waste systems, and landscapes. Students and faculty participated in the planning process, which included research into technologies and materials, high…
Descriptors: Building Design, Campus Planning, College Buildings, Cooperative Planning
Yeoman, Brian K.; Palani, Manivannan M.; McKee, John C. – Facilities Manager, 1998
Describes how one institution took advantage of an innovative internship program to conduct an assessment of its utilities operations. Describes how the program worked, the implementation of a "hot and cold deck optimization" approach, the savings that resulted from implementation, and the ongoing benefits of facilities' assessment. (RJM)
Descriptors: Building Operation, College Buildings, Cost Effectiveness, Educational Facilities
Peer reviewed Peer reviewed
Nathan, Joe – Learning By Design, 2002
Describes several schools that have embraced the trend toward smaller schools and shared facilities, resulting in higher student achievement and improved morale for students, faculty, and parents. (EV)
Descriptors: Academic Achievement, Building Innovation, Educational Facilities Design, Educational Facilities Planning
Progressive Architecture, 1976
A citation from the 23rd P/A Awards Program for the design of a public library to be built of an industrialized panel system. (Author/MLF)
Descriptors: Awards, Building Design, Construction Materials, Public Libraries
Gardner, John C. – American School and University, 1974
Leaks in the old copper roofs of Hamilton, Dodge, and Kent Halls at Columbia University were stopped by application of a vinyl-spray plastic membrane. (Author)
Descriptors: College Buildings, Plastics, Repair, Roofing
American School and University, 1974
A smoke and fire alarm system at California State University, Hayward, detects combustion products -- and signals a warning -- while the fire is still in its incipient stage. (Author)
Descriptors: College Buildings, Fire Protection, Safety, Systems Approach
Grumman, David L. – Nation's Schools, 1974
Electric bills can be reduced by lowering electric consumption and by controlling demand -- the amount of electricity used at a certain point in time. Gives tips to help reduce electric demand at peak power periods. (Author/DN)
Descriptors: Building Operation, Cost Effectiveness, Electricity, Energy Conservation
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