Document Type
Thesis
Date of Award
Fall 12-31-1990
Degree Name
Master of Architecture - (M.Arch.)
Department
School of Architecture
First Advisor
Filiz Ozel
Second Advisor
David L. Hawk
Third Advisor
Glenn Goldman
Fourth Advisor
Mark A. Hewitt
Abstract
The design process is dependent on a clear order of integrating and managing all of the control parameters that impact on a building's design. All component elements of a building must be defined by their: Physical and functional relations; Quantitative and calculable properties; Component and/or system functions. This requires a means of representation to depict a model of a building that can be viewed and interpreted by a variety of interested parties. These parties need different types of representation to address their individual control parameters, as each component instance has specific implications on all of the control parameters.
Representations are prepared for periodic design review either manually through hand-drawn graphics and handcrafted models; or with the aid of computer aided design programs. Computer programs can profoundly increase the speed and accuracy of the process', as well as provide a level of integration, graphic representation and simulation, untenable through a manual process.
By maintaining a single control model in an Integrated Component-based Computer Design Modeling System (ICCDMS), interested parties could access the design model at any point during the process. Each party could either: 1. Analyze individual components, or constraints of the model, for interferences against parameters within that party's control; or 2. Explore design alternatives to modify the model, and verify the integration of the components or functions, within the design model, as allowable in relation to other control parameters.
Recommended Citation
Jablonski, Allen D., "Integrated component-based computer design modeling system : the implications of the representation of control parameters on the design process" (1990). Theses. 1327.
https://digitalcommons.njit.edu/theses/1327
