A BIM Approach to Evidence-Based Courtroom Design

Over the past decade evidence-based design (EBD) has
emerged as a novel approach to design decision-
making, promising a structured approach to address
key organizational objectives. Issues pertaining to
appropriate representations of evidences, however,
are still being examined. Moreover, an important
source of data buildings-in-use data is not being
tapped owing to several technical and methodological
impediments. Advances in conceptual data modeling
offer a unique strategy to interface post-occupancy
evaluation (POE) data with design decision-making.
This book reports the use of EXPRESS modeling
language to develop a conceptual data structure for
POE data, and integrate POE data with as-built
building descriptions. It describes an improved
way to structure buildings-in-use data to support
EBD. Actual performance data from 26 trial
courtrooms is used in this book to illustrate a
range of decision support scenarios in courtroom
design. This book should be of particular interest
to academics and professionals in the domains of
building information modeling, justice design,
workplace design, and evidence-based design.

Autorentext

Debajyoti Pati, PhD, FIIA: Holds a PhD in architecture from Georgia Institute of Technology. Director of Research at HKS, Inc., a top-five architecture firm. He has over 21years international experience in research, practice, and teaching. He has published extensively on performance-based design in the healthcare and justice sectors.

Klappentext

Over the past decade evidence-based design (EBD) has emerged as a novel approach to design decision-making, promising a structured approach to address key organizational objectives. Issues pertaining to appropriate representations of evidences, however, are still being examined. Moreover, an important source of data -buildings-in-use data - is not being tapped owing to several technical and methodological impediments. Advances in conceptual data modeling offer a unique strategy to interface post-occupancy evaluation (POE) data with design decision-making. This book reports the use of EXPRESS modeling language to develop a conceptual data structure for POE data, and integrate POE data with as-built building descriptions. It describes an improved way to structure buildings-in-use data to support EBD. Actual performance data from 26 trial courtrooms is used in this book to illustrate a range of decision support scenarios in courtroom design. This book should be of particular interest to academics and professionals in the domains of building information modeling, justice design, workplace design, and evidence-based design.