A criteria matrix helps designers achieve what PRIMARY goal?

A criteria matrix is a fundamental tool used during the programming phase of an interior design project. Its primary purpose is to systematically organize, condense, and format all the client's requirements and project data into a single, easily referenced document. This matrix typically includes a list of all required spaces, their necessary square footage, critical adjacency relationships, and other specific criteria such as public/private access, lighting, acoustic needs, and equipment requirements. This organized information serves as the factual basis for subsequent design phases, ensuring all programmatic needs are addressed.

A. This describes activities within schematic design and site analysis, which use the programming data but are distinct from the creation of the criteria matrix itself.

B. While the matrix data informs zoning and activity groupings, bubble and adjacency diagrams are the primary tools used to visualize and establish these relationships.

C. A matrix is a type of chart, but its primary goal is the systematic organization of data, not the translation of the process into various diagrams.

1. Ballast

D. K. (2018). Interior Design Reference Manual: Everything You Need to Know to Pass the NCIDQ Exam (6th ed.). Professional Publications

Inc. Chapter 8

"Programming

" Section "Documenting the Program

" pp. 8-8 to 8-10. (Describes the use of matrices to document programmatic requirements like space needs and adjacencies).

2. Kilmer

R.

& Kilmer

W. O. (2014). Programming for Interior Design: A Guide for Students and Professionals (2nd ed.). John Wiley & Sons. Chapter 5

"Analysis and Synthesis

" pp. 157-161. (Details the use of matrices for analyzing and synthesizing programmatic information

including space requirements and relationships).

3. Peña

W. M.

& Parshall

S. A. (2012). Problem Seeking: An Architectural Programming Primer (5th ed.). John Wiley & Sons. Part 2

"The Process

" pp. 58-61. (Explains how matrices are used to analyze and display information about functional relationships and requirements during the programming process).