A highly visual presentation of the many benefits of BIM for Construction, BPMs and Owners.

1. BIM OverviewA little something for architects, engineers, manufacturers, contractors, owners and more Presented by: Marc Goldman Thanks to the many BIM enthusiasts who provided the wonderful images used in this presentation. Credits have been given in most cases where known. Sorry for any omissions.

2. The state of the AEC Industry

4. >$5TImage: McGraw Hill

6. >$5T

7. Fragmented

8. >1.25mm co’s in NA

10. Architects

11. Engineers

12. Contractors

13. Specialty Trades

14. Building Product Mfrs

15. Distributors

16. Facility Managers

17. Service Providers

18. Consultants, Other SpecialistsConstruction Industry Players 420,000 48,000 240,000 380,000 Image: McGraw Hill

20. >$5T

21. Fragmented

23. Estimating

24. Scheduling

25. Project Mgt

26. Document Mgt

27. Financial/GL

28. Etc.Multiple IT Tools Image: McGraw Hill

30. >$5T

31. Fragmented

33. Research

34. Plan

35. Design

36. Document

37. Bid/Procure

38. Fabricate

39. Build

40. Commission

41. Operate, Maintain, Renovate

42. DispositionThe Project Lifecycle Image: McGraw Hill

44. >$5T

45. “The Project”

46. One-of-a-kind

47. Long lifecycle

48. Dozens of co’s

49. Different IT tools

50. Little consistency

51. Lifecycle

52. Project-to-project1 at a time The Construction Project Image: McGraw Hill

54. Many point-to-point handoffs

55. Limited transparency

56. Linear, “toss it over the fence” processImage: McGraw Hill

57. State of the AEC Industry More Knowledge Less Time Early Late

59. Little overall transparency or visibility

60. IT tools & processes

61. “Point solutions”

62. Lack of interoperability

65. Poorly Coordinated Design Documents

66. Change Orders & Rework

67. Delays & Cost Overruns

68. Claims & Litigation

69. Greater Risk

70. Poor Turnover Documents

71. Frustrated Owners

74. Construction process> 20% waste

75. Buildings consume 60% of US raw materials

76. Buildings consume 40% world’s energy (poorly)

78. 81 million buildings currently operating in US

79. Over 30 million more forecast to start design between 2005-2010(*Roodman and Lenssen summary on impacts of buildings)

81. $4T industry with > 20% waste (at least)

82. Buildings consume 60% of US raw materials

83. Buildings consume 40% world’s energy (poorly)

84. Projects routinely exceed schedule/budget

85. Claims and litigation

86. Low profit margins

87. Declining productivity

88. Depleting workforce

90. Enabled by powerful technology

92. Driven by industry practitioners who see the value

93. Important to understand why it is valuable

94. It will become pervasive

96. BIM: What It Is and Why It’s Important BIM is to CAD… …as CAD was to manual drafting 20 with Ink and Linen

97. BIM: What It Is and Why It’s Important BIM is an interoperable database Multiple models interoperate Architectural model Structural model HVAC model Piping model Telecommunications model Electrical model Furniture model Civil model Construction model Fabrication model Facility management model etc. 21 The ability of a system to work with other systems without special effort on the part of the customer.

98. BIM: What It Is and Why It’s Important BIM is an interoperable database Multiple models interoperate Architectural model Structural model HVAC model Piping model Telecommunications model Electrical model Furniture model Civil model Construction model Fabrication model Facility management model etc. 22 Image: Bentley

99. BIM: What It Is and Why It’s Important BIM is an interoperable database Multiple models interoperate Architectural model Structural model HVAC model Piping model Telecommunications model Electrical model Furniture model Civil model Construction model Fabrication model Facility management model etc. 23 Image: Bentley

100. BIM: What It Is and Why It’s Important BIM is an interoperable database Multiple models interoperate Architectural model Structural model HVAC model Piping model Telecommunications model Electrical model Furniture model Civil model Construction model Fabrication model Facility management model etc. 24 Image: Bentley

101. BIM: What It Is and Why It’s Important BIM is an interoperable database Multiple models interoperate Architectural model Structural model HVAC model Piping model Telecommunications model Electrical model Furniture model Civil model Construction model Fabrication model Facility management model etc. 25 Image: Bentley

102. BIM: What It Is and Why It’s Important BIM is an interoperable database Multiple models interoperate Architectural model Structural model HVAC model Piping model Telecommunications model Electrical model Furniture model Civil model Construction model Fabrication model Facility management model etc. 26 Image: Bentley

103. BIM: What It Is and Why It’s Important BIM is an interoperable database Multiple models interoperate Architectural model Structural model HVAC model Piping model Telecommunications model Electrical model Furniture model Civil model Construction model Fabrication model Facility management model etc. 27 Image: Bentley

104. BIM: What It Is and Why It’s Important BIM is an interoperable database Multiple models interoperate Architectural model Structural model HVAC model Piping model Telecommunications model Electrical model Furniture model Civil model Construction model Fabrication model Facility management model etc. 28 Image: Bentley

105. BIM: What It Is and Why It’s Important BIM is an interoperable database Models can interoperate with analysis and other specialty tools Rendering, 3D Printing Scheduling Estimating, Procurement Engineering Design Animation, Simulation (construction, energy consumption, etc) Laser Scanning and Underground Radar Facility Management 29

106. BIM: What It Is and Why It’s Important It is all about the Information … Graphical Information 3D Objects Visual in the Model – Architecture, Structure, Ductwork, Piping & Equipment Non-Graphical Information Performance Data Linked Information Schedule & Cost Information Stanford SIM1 Whiting-Turner & ZGF

107. BIM: What It Is and Why It’s important Changes Design Ability of to Cost control cost Construction Design Design Devel Const Docs Traditional Design Process

109. Documenting as the model is built

110. Involving Construction/Suppliers

111. Eliminating clashes virtually

112. Creating a “digital double”Construction Design Design Devel Const Docs

114. Reduce Waste and inefficienciesthrough all phases of AEC

115. Collaboration is a “soft skill” critical to fully leverage BIM potentialArchitect Building Product Mfrs BIM Engineer Fabricators Subs & Trades

116. BIM Deliverables Image: University Mechanical Image: University Mechanical

120. Placement of openingsSource: Burt Hill

121. BIM: Deliverables & Outputs 36 Revit model Source: Burt Hill

123. Studied Typical Classroom Source: Burt Hill BIM: Deliverables & Outputs

124. BIM: Deliverables & Outputs 39 Luminance Levels at LEED EQ Credit 8.1 Area at 30 inches above floor level that is above the 25 fc threshold for LEED EQ Credit 8.1. Required floor area for credit is 75% Source: Burt Hill

126. Surface reflectivity

127. Lightshelves

128. External shadingSource: Burt Hill

129. BIM: Deliverables & Outputs 41 75% of 3’ work plane above 25 fc threshold New Design Passed Source: Burt Hill

130. BIM: Deliverables & Outputs 42 Modified design to optimize prevailing wind Source: Burt Hill

132. Valuable for managing expectations early in the process

133. Utilize existing range of tools

134. Build as BIM vs. throw-awayUniversity of Central Florida, Partnership III Proposal Whiting-Turner

136. Tekla Software

137. Linking Modeling with DetailingWalt Disney Performing Arts Complex Mortensen & Gehry Partners

142. 49

143. Why Does Mortenson Model? 50

145. Enables complex construction

148. BIM: Deliverables & Outputs Constructability Analysis: Holder Construction

149. BIM: Deliverables & Outputs Constructability Analysis: Holder Construction

150. BIM: Deliverables & Outputs Constructability Analysis: Holder Construction

151. BIM: Deliverables & Outputs Constructability Analysis:

152. BIM: Deliverables & Outputs Model Based Drawings: Drawings are made from Model Lines are not redrawn from plan to section to details Links between “views”, so when an object is change it automatically updates in all linked “views”

153. BIM: Deliverables & Outputs Model Based Drawings:

154. BIM: Deliverables & Outputs Model Based Drawings:

155. BIM: Deliverables & Outputs Model Based Drawings:

156. BIM: Deliverables & Outputs Model Based Drawings:

157. BIM: Deliverables & Outputs 3D Coordination: Not just collision detection Perform constructability and check interference Generates views & reports for distribution to team

158. BIM: Deliverables & Outputs 3D Coordination: Not just collision detection Perform constructability and check interference Generates views & reports for distribution to team

159. BIM: Deliverables & Outputs 3D MEP Coordination: Greater pre-fabrication = Higher Quality Construction

160. BIM: Deliverables & Outputs 3D MEP Coordination: Greater pre-fabrication = Higher Quality Construction

161. BIM: Deliverables & Outputs Design to Fabrication: (MEP) Greater collaboration between designers and fabricators

162. BIM: Deliverables & Outputs Design to Fabrication: (MEP) Greater collaboration between designers and fabricators

163. BIM: Deliverables & Outputs Design to Fabrication: (MEP) Greater collaboration between designers and fabricators

164. BIM: Deliverables & Outputs Design to Fabrication: (MEP) BIM is driving multi-system pre-fabrication

165. BIM: Deliverables & Outputs Design to Fabrication: (MEP) BIM is driving multi-system pre-fabrication

166. BIM: Deliverables & Outputs 4D Schedule: Modeling linked to the construction schedule Communicate construction phasing Stakeholder review – Compare construction photo’s with 4D snapshots

167. BIM: Deliverables & Outputs 4D Schedule: Image: Pinnacle

169. Same above ceiling access after maintenance coordination

170. Ability to walk user and maintenance staff through space prior to finalizing coordinationStanford SIM1 Whiting-Turner & ZGF

171. BIM: Deliverables & Outputs As-Built Model: Owners receive a “digital double” with Asset information embedded in the BIM Models.

172. What this means for Building Product Manufacturers? Image: McGraw Hill

173. What this means for BPMs “When you design a building using [BIM] you create an intelligent data model of the building that can be used more effectively than standard two-dimensional documents.” Larry Rocha Wimberly Allison Tong and Goo

174. What this means for BPMs “When you provide Building Product Models you offer intelligent representations of your products that are more valuable to your customers than traditional product information which can provide a competitive edge and help you get spec’d.” Marc Goldman

175. What this means for BPMs BIM Content is: In high demand by BPM customers! Easier to use for design, take-offs, estimate and specification! Being provided by a couple hundred BPMs!

176. What this means for BPMs

177. What this means for BPMs

178. What this means for BPMs One Building Product Model contains multiple views (2D and 3D)

179. What this means for BPMs Building Product Models are comprised of the “parts & pieces” of your product systems

180. What this means for BPMs Whole systems of parts with multiple options and configurations

181. What this means for BPMs Configurable products that behave like the real world

182. What this means for BPMs Not just architectural products…

183. What this means for BPMs Building Product Models aware of their required clearances.

184. What this means for BPMs Levels of complexity Mullion Width Trim Width Frame Width Mullions stay equidistant and fixed size Frame Width Height Number & layout of Mullions Height Sill Thickness Width Width Fixed: Can’t control size or details. Semi-Parametric: Can control overall size or details. Fully Parametric: Can control size and many details.

185. What this means for BPMs 10/2/2009

186. What this means for BPMs 10/2/2009

187. What this means for BPMs 10/2/2009

188. What this means for BPMs 10/2/2009

190. Recall the paint color of the accent wall in the executive conference room

191. Calculate the square footage of the same wall

193. Better maintenance (warranty, failure, support)

195. Utilize BIM content which is populated with BF Saul valuable data

196. The BIM model must be kept alive after the model is handed over to BF Saul

198. Question & Answer