Illustrations

Figures

Figure 0.1 This Is My Dad Going to Work, p. xv, Danielle LeFevre.

Figure 0.2 Design versus Construction Process, p. xviii, Chuck Thomsen.

Figure 12.1 McKinsey 7-S +1 diagram, p. 167

Figure 16.1 Using target value limits, p. 218

Figure 16.2 Project Design Controls framework with “Level 0: Contracts and Team Assembly,” p. 219

Figure 17.1 Project Design Controls Framework “Level 0: Subsurface,” p. 224

Figure 17.2 Project Delivery Timelines and Project Control Timing, p. 226

Figure 18.1 Project Design Controls Framework “Level 1: Foundation,” p. 229

Figure 18.2 Project Analysis, p. 233

Figure 19.1 Project Design Controls Framework “Level 2: Structure,” p. 242

Figure 19.2 Collect | Analyze | Synthesize, p. 256

Figure 19.3 Individual | Group, p. 257

Figure 19.4 Diverge | Converge, p. 257

Figure 20.1 Project Design Controls Framework “Level 3: Systems,” p. 264

Figure 20.2 Alignment, p. 264

Figure 21.1 Project Design Controls Framework “Level 4: Enclosure,” p. 271

Figure 22.1 Project Design Controls Framework with “Context,” p. 274

Figure 23.1 “The Science of Muddling Through,” p. 283, after T. Sargent and C. Lindblom.

Figure CS1.1 Georgia Tech Manufacturing Research Center, Progressive Architecture cover photo, p.299, Jonathan Hillyer

Figure CS1.2 Georgia Tech MARC: Brick Detail, p. 302

Figure CS1.3 Georgia Tech MARC: Physical Model, p. 302

Figure CS1.4 Georgia Tech MARC: Atrium, p. 303, Jonathan Hillyer

Figure CS1.5 Georgia Tech MARC Drawing: “Things That Move,” p. 304

Figure CS1.6 Georgia Tech MARC Entry Detail, p. 305

Figure CS1.7 Georgia Tech MARC Entry Bridge, p. 305

Figure CS1.8 Georgia Tech MARC Entry Bridge, p. 306, Photo Jonathan Hillyer

Figure CS1.9 Georgia Tech MARC Digital Model, p. 306, Courtesy Lord, Aeck & Sargent, A Katerra Company

Figure CS1.10 Georgia Tech MARC Reflected Ceiling, p. 307, Courtesy Lord, Aeck & Sargent, A Katerra Company

Figure CS1.11 Georgia Tech MARC Gear Ceiling, p. 307, Photo Jonathan Hillyer

Figure CS1.12 Georgia Tech MARC PA Citation, p. 308

Figure CS2.1 Zoo ARC, Lord, Aeck & Sargent, Architects, p. 309, Photo: Jonathan Hillyer

Figure CS3.1 Flint RiverQuarium, Albany, GA, Antoine Predock Architects, p. 311, photo Tim Hursley

Figure CS3.2 Flint RiverQuarium, Albany, GA, Antoine Predock Architects, p. 313

Figure CS4.1 ASU Hayden Library, Image p. 313, courtesy Eric Zobrist, Ayers Saint Gross

Figure CS5.1 Emory CLC, rendering image p. 316, courtesy Duda|Paine Architects, topside front

Tables

Table 1 Design Conditions and Contexts, p. xliii

Table 2 Team (OAC Relationship), p. xliv

Table 3 Design Drivers and Influences, p. xliv

Table 4 Design Disciplines and Consultants, p. xlv

Table 17.1 Relative Facility Life Cycle Cost, p. 225, R. Tietjen

Table 17.2 Project Delivery Methods – Design Management Advantages, p. 225

Table 18.1 Responsibility Matrix, p. 231

Table 19.1 Building Program Requirements Evolution, p. 243

Table 19.2 Design Schedule Evolution, p. 250

Table 19.3 Normalized Data, p. 259

Table 19.4 Documents Planning, p. 260

Table 19.5 Documents Management & Production, p. 260

Table 19.6 Documents Review, p. 261

Unless noted otherwise, all photos, illustrations, and tables are copyright of the author.

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