The architecture profession needs to employ systems building design in order to raise the rate of productivity and performance in construction. Changes have been made in architecture educational programs that recognize the shift in the role of the architect from design genius to building production manager. Systems design has led to changes within…

This study applies the methodology of systems dynamics to analyze engineering and engineering technology education systems. A preliminary system analysis is presented relating primary variables and their interaction in the overall system through a series of feedback loops. This is followed by a system structure development and mathematical…

This paper first notes the evolution of instructional development which has led to a need for the specification and development of computer aids to ISD activities, then notes several current efforts to meet this need, and finally describes the development of an Authoring Management System (AMS) designed to help manage the development phase of ISD.…

Systems building worked well for Boston's ambitious program, but the project manager tells why he thinks it won't work elsewhere. (Author)

A systems design specialist discusses where systems built schools are going. (Author)

College planners turned to the use of systems building, fast-track planning, and construction management to produce a 1,000-student, first-phase campus in 20 months. (Author)

New developments in the building industry meet the cost-time-quality challenge. (Author)

The purpose of this study was to assess the present state of building systems, to analyze projects currently being developed, and to predict future advances in systems. "Building system" is used to designate a minimum of three major subsystems designed to fit and function together without the necessity of onsite cutting or other extensive…

Social, philosophical, and economic pressures are confronting curriculum designers with the major problem of designing instruction which produces consistently high learning despite wide variation in student characteristics. This is essentially a cybernetic question of regulating variety in a system to produce a stable output. It is observed that…

A team of experts examined eight representative examples of industrialized building systems in six countries to determine the origins of the system and the approach taken by its originators; the reasons that led school building agencies to adopt the system; the quality and other characteristics of the finished product; system costs compared with…

Systems analysis is about problems and their solutions. Analysts are warned that in a field of constant change, this text can only provide some of the needed tools and information, not all of the answers. Wise systems analysts never become fixed on one technique or technology, knowing that they will change, but instead focus on learning…

Systems approach as used in this paper refers to the process of a building coming into being. The systems approach attempts to relate the processes of factory production and school construction in that the problems of the spacing and fitting of construction components are considered at the beginning of the design stage of construction. For the…

This final report of a project conducted to design, develop, and test a comprehensive management plan for vocational education in Missouri is divided into three sections. Section I describes the rationale and components of a model based on the general systems approach to planning. An analysis of the planning process introduces several planning…

Presents the history of the URBS program and discusses the convertibility factor of the building system. (MF)

A list of schools which have been either designed or constructed using the component building systems approach has been prepared by BSIC personnel. The information was obtained from three sources--(1) manufacturers' data about applications of their products, (2) published articles, lists , and materials of systems building projects, and (3)…