Research development of a construction system is detailed in terms of--(1) design and analysis, (2) construction methods, (3) testing, (4) cost analysis, and (5) architectural potentials. The system described permits construction of usual shapes without the use of conventional concrete formwork. The concrete involves development of a structural…

Current trends in architectural design and construction are described which may affect the prefinishing of exterior building components. Contents include--(1) prefinishing of ferrous metals, (2) prefinishing of nonferrous metals, (3) prefinishing of wood and composition board, (4) prefinishing of masonry concrete block, (5) prefinishing of…

Reconstruction of Whig Hall on Princeton University campus represents an imaginative solution to the problem of how to adapt older buildings to contemporary uses. (Author/JN)

An award winning school in Federal Way, Washington, put together with systems construction. (RA)

To hold down construction costs of student housing, Brockport College decided on a fixed-cost competition, in which architects had to team up with contractors. The winning firm used a French industrialized building system and exterior panels of weathered steel to construct a village of 27 four-story buildings. (JG)

Described is the Industrial Arts component of the Iowa Developed Energy Activity Sampler (IDEAS), a multidisciplinary energy education program designed for infusion into the curriculum of grades 7-12. Also included in the program are activity sets for Home Economics (SE 034 678), Language Arts (SE 034 680), Mathematics (SE 034 681), Science (SE…

The coordination of the building components of educational facilities is discussed. The resulting components will be used for a wide range of building types in addition to schools and the recommendation should therefore be seen as part of a widespread move toward establishing a national British 'pool' of dimensionally related components. The two…

The history, advantages, and disadvantages of component building systems are discussed. Application of the scientific method to the building industry forecasts the use of prefabrication and on-site erection of factory-made subsystems of buildings. Educational facilities in the United States, Canada, and England have made use of many different…

Photographs and drawings accompany the descriptions of three innovative new college buildings. (MLF)

Provided are course materials designed to acquaint people who are preparing to build their own homes with some basic ideas for planning and constructing an energy efficient residence. The manual's 11 sections address such topics as the site, structural systems, finish materials, and construction. Each section contains overview statements on major…

The primary objective of the University Residential Building Systems (URBS) project was the achievement of significant gains in environmental qualities concurrent with reductions in the cost for construction, maintenance and alteration of student housing facilities. Evaluation of the bids for the URBS components indicates that the foregoing…

Examples of educational facilities using metal buildings to lower construction costs and increase flexibility. (MLF)

The world's longest skylighted galleria (main street for student residents at the University of Alberta) is the lifeline of a 950-foot long complex of apartments and shops sponsored by the student government and architecturally designed to fit over an existing street. (Author/MF)

The Science building at the University of California at Santa Cruz, was originally designed as an engineering educational facility, but when completed emerged as a combination of School of Applied Sciences and administration. (Author/MF)

Describes a systems-designed elementary school in Plymouth, Indiana, designed to serve current and future needs efficiently and effectively. (JF)