Seven examples of prefabricated components that permit custom design and lower construction costs than do traditional buildings. (MLF)

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…

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

Because of structural or financial limitations, many existing school buildings cannot be rebuilt to accommodate the flexible space requirements of such innovations as open plan teaching, individualized instruction, or modular scheduling. Schools with such buildings can keep pace with educational change by using relocatables. At the present time,…

Academic Building Systems (ABS) is an architectural planning and design method which allows the construction owner to respond to the need for less expensive structures, economically adaptable to the changing conditions of the academic world, by providing the owner with the maximum controls over the variable cost factors in educational facility…

This booklet is intended to inform school district officials, school planners, and manufacturers of the Bureau's criteria for adequate housing. Part 1 discusses the portable classroom impact, presents data about portable classrooms, and states the Bureau's policy regarding portables. Part 2, performance specifications, is presented to clarify the…