The request and adoption of building information modeling (BIM) in relation to ICT and telecommunication projects continue to increase. Architectural, engineering, and construction firms all differ in what they require and ultimately provide for their client. When combined with the varying levels of information provided by manufacturers that support all aspects of the construction industry, the result can be inefficiencies, frustration, and a failure to meet project expectations. BICSI 003 is the first BIM standard written specifically for communication and ICT. Continuing to provide detailed information about BIM content models and object parameters, ANSI/BICSI 003-2024 contains updated information on BIM projects and BAS and ESS systems. Also covered are considerations about the integration of BIM within projects, as well as identifying items within ICT that often enter into spatial conflicts with other areas of construction, such as electrical and mechanical systems.

PDF Catalog

PDF Pages	PDF Title
6	Table of Contents
8	Index of Figures Index of Tables
12	1 Introduction 1.1 Overview 1.2 Purpose 1.3 Categories of Criteria
14	2 Scope
16	3 Required Standards and Documents
18	4 Definitions, Acronyms, Abbreviations, and Units of Measurement 4.1 Definitions 4.2 Acronyms and Abbreviations
19	4.3 Units of Measurement
20	5 BIM Project Design 5.1 Overview 5.2 BIM Expectation Plan 5.3 Contracts
21	5.4 Schematic Design 5.5 Design Development 5.6 Construction Documents
22	5.7 Bidding and Bid Documents 5.8 Construction Administration 5.9 A/E Contract Close-out 5.10 Project Audit
24	6 BIM Content Models 6.1 Introduction 6.2 Organization of Content 6.2.1 Overview 6.2.2 Categories
25	6.2.3 Subcategories 6.2.4 Approved Subcategories
26	Figure 6-1 Examples of Dedicated and Work Space
27	Figure 6-2 Coverage Zone Example
28	6.3 Content Detail 6.3.1 Overview
29	6.3.2 General Guidelines Figure 6-3 Example of Symbols Replacing Features
30	6.3.3 Levels of Detail Figure 6-4 Example of a Technology Room at a Low Level of Detail
31	Figure 6-5 Example of a Technology Room at an Intermediate Level of Detail Figure 6-6 Example of a Technology Room at a High Level of Detail
33	Figure 6-7 Example of a Pathway Plan at a Low Level of Detail
34	Figure 6-8 Example of a Rack at a Low Level of Detail
35	Figure 6-9 Example of a Wall-Mounted Device at a Low Level of Detail Figure 6-10 Example of a Wall-Mounted Faceplate at a Low Level of Detail
36	Figure 6-11 Example of a Classroom Technology Plan at an Intermediate Level of Detail
37	Figure 6-12 Example of a Rack at an Intermediate Level of Detail
38	Figure 6-13 Example of a Wall-Mounted Device at an Intermediate Level of Detail Figure 6-14 Example of a Wall-Mounted Faceplate at an Intermediate Level of Detail
39	Figure 6-15 Example of a Rough-In Detail Drawing at a High Level of Detail
40	Figure 6-16 Example of a Rack at a High Level of Detail
41	Figure 6-17 Example of a Wall-Mounted Device at a High Level of Detail Figure 6-18 Examples of Reflected Ceiling Plans at a High Level of Detail
42	Figure 6-19 Example of a Wall-Mounted Faceplate at a High Level of Detail
43	6.4 Hosting Behavior
44	7 Object Parameters 7.1 Overview 7.2 Naming and Identity Parameters 7.2.1 Overview 7.2.2 Usage
45	Table 7-1 Typical Identity Parameters
46	7.3 Shared Parameters and Shared Parameter Files 7.3.1 Overview 7.3.2 Examples Figure 7-1 Example of Text-based Shared Parameter File
47	Figure 7-2 Example of a Spreadsheet Shared Parameter file 7.4 Global Object Parameters 7.4.1 Required Table 7-2 Required Object Parameters for All Objects
48	7.4.2 Recommended Table 7-3 Recommended Parameters for All Objects 7.5 Telecommunications Parameters 7.5.1 Overview 7.5.2 Outside Plant
50	7.5.3 Building Interior Facilities Parameters
51	7.5.4 Electronic Safety and Security (ESS) Parameters
52	7.5.5 Building Automation Systems (BAS), Management & Control Parameters
54	7.6 Data Centers Parameters
56	8 Information Communication Technology Systems Considerations 8.1 Overview 8.2 Telecommunications, ESS, Data Center and IT Considerations 8.2.1 Outside Plant Facilities
58	8.2.2 Building Interior Facilities
59	8.3 BAS Considerations 8.3.1 Outside Plant Facilities 8.3.2 Building Interior Facilities
62	Appendix A Deploying BIM (Informative) A.1 Introduction A.2 Implementation
63	Figure A-1 Personnel Hierarchy Example
65	A.3 Training
66	A.4 The First Project:
68	Appendix B About BIM (Informative) B.1 History and Current Industry Condition B.2 Potential Benefits of BIM
69	Figure B-1 BIM Model of MEP Design
70	B.3 Challenges
71	B.4 The “Information” Within BIM
72	B.5 Integrated Project Delivery
74	Appendix C Related Documents (Informative)

Published By	Publication Date	Number of Pages
BICSI	2024


PDF Format	Searchable	Printable	Preview Now

Standard Title	ANSI/BICSI 003-2024, Building Information Modeling (BIM) Practices for Information Communication Technology Systems
Published Code	BICSI
Publication Date	2024

BICSI 003 2024

PDF Catalog

Related products