Phased Building Information Management (BIM) and Modeling Implementation Plan. David J. Gutierrez, AIA September, 2014

Transcription

1 Phased Building Information Management (BIM) and Modeling Implementation Plan David J. Gutierrez, AIA September,

2 Current State: Design and construction data is not shared, maintained, or updated across the enterprise to accurately support facility life cycle sustainment Current State Impacts: Inefficiencies (manual inputs, repeat data entry, etc.) Reduced productivity Poor management and coordination Wasted resources Frustrated personnel 2

3 BIM Definition: To develop a comprehensive strategy for collecting, managing, and sharing required data / information to accurately support facility life cycle from early planning to building disposal BIM Goals: Standardize data processes and data format for facility life cycle sustainment Data entered once, used repeatedly, used consistently and maintained current 3

4 BIM is: Data Deliverables for facility life cycle sustainment Part I - Manuals: Operation and Maintenance (O&M) data: cut sheets, warranty, certificates, test reports, etc. on equipment and bldg. systems CADD drawings: Floor Plans, Utility Schematic Diagrams, Enlarged Connection and Cutoff Plans Operation, diagnostic techniques, and repair procedures for Mechanical, Electrical, Plumbing (MEP), fire protection systems, etc. 4

5 BIM is: Data Deliverables for facility life cycle sustainment cont d. Part II: Facility Data Files: Standardized facility data template to support Public Works (PW) MAXIMO & Infrastructure Condition Assessment Program (ICAP) for life cycle sustainment Facility Data Files to upload directly into Public Works MAXIMO UNIFORMAT I data template deliverable Open 3D file format 5

6 BIM is Not: A specific software solution e.g. REVIT, Bentley, etc. NAVFAC will not require industry to purchase specific software, BIM solution is vendor neutral for parametric modeling A modeling solution 6

7 Policy: Purpose: Phased BIM Implementation Plan ECB NAVFAC s Building Information Management and Modeling (BIM) Phased Implementation Plan, June 2014 Provide overall NAVFAC policy and guidance on implementation of Building Information Management and Modeling (BIM) deliverables, roles, and responsibilities 7

8 Applicability: For all Blue Navy projects Design-Build (DB) and A/E Design Bid Build (DBB) that meet the following requirements: 1) New construction greater than or equal to $750K 2) Major renovation greater than or equal to 50% of the Plant Replacement Value and greater than or equal to $2.5M 3) In-House Design Bid Build (DBB) teams presently not required to use BIM due to limited network capacity and capability 8

9 PHASES: Phase I Electronic Deliverables, FY15 Phase II Field Training on BIM electronic deliverables and Designer of Record (DOR) Modeling requirements, FY15 Phase III 3D Parametric Modeling, FY16 9

10 Phase I Deliverables (FY15): Facility Electronic Operation and Maintenance Support Information (eomsi) Specification Section ) eomsi Manuals a) Product and Drawing Information b) Facility Information c) Primary Systems 2) eomsi Facility Data Workbook eomsi Facility Data Workbook Contains required eomsi facility data file, which is a contract deliverable populated by the Contractor and provided to the Government for upload into MAXIMO 10

11 Phase II Training (FY15): BIM Electronic Deliverables, Designer of Record modeling requirements and NAVFAC DM, PM, CM responsibilities Training Locations: LANT WASH ML SE SW NW PAC HI 11

12 Phase III 3D Parametric Modeling Criteria (FY16): BIM Requirements for Designer of Record (DOR) - Contains definitions, minimum modeling & facility data requirements, submittals, & reviews for the A/E to follow during design of 3D parametric models BIM Project Execution Plan - Completed by the DOR that identifies BIM objectives, goals, authoring applications, etc. BIM Guidelines - Explains roles & responsibilities for design and construction field staff to follow as BIM deliverables (manuals, facility data workbook, & 3D parametric model) are submitted by A/E & KTR for NAVFAC review & approval 12

13 Cost for eomsi & BIM Deliverables The implementation of subject deliverables will not increase the cost of doing business with NAVFAC: A majority of A/E design firms incorporate parametric modeling as a design standard; by NAVFAC adopting this standard it will improve efficiencies & decrease costs between Gov t & industry By formalizing 3D parametric modeling & facility data requirements, NAVFAC will standardize electronic deliverables across the command & create a template for industry to benchmark Electronic Deliverables: eomsi Manuals Current requirement, no cost impact eomsi Facility Data Workbook Existing data KTR currently provides Gov t in a new format (spreadsheet), no cost impact 3D parametric model - Industry standard & Gov t requirement, no cost impact 13

14 In-House Parametric Modeling: Working with REVIT software for in-house Design Bid Build projects Current Navy IT network (NMCI) presents software, & network challenges due to sporadic bandwidth and limited capacity Until Navy Next Generation Enterprise Network (NGEN) comes on-line in FY15, the capability for inhouse parametric modeling is unknown NAVISWORKS is a viewer that in-house design teams will use to conduct clash detection and perform various quality assurance reviews of parametric models submitted by DOR 14

15 BIM Actions Completed: Document command facility data requirements Document data storage capacity & requirements Execute in-house BIM Pilot Projects Document challenges (hardware, software, & network) BIM will Effect: Facility Electronic Operation and Maintenance Support Information (eomsi) guide specification and associated deliverables, uploaded to WBDG - Spring 2014 Business management processes, roles, etc., Improved Business Line (BL) coordination 15

16 BIM Actions To Complete: Update Design Build (DB) Request for Proposals (RFP), Design Bid Build (DBB) Statement of Architectural and Engineering Services (SAES), and NAVFAC design and construction processes for BIM implementation Coordinate BIM requirements between NAVFAC and Defense Health Agency (DHA) which references UFC DESIGN: MEDICAL MILITARY FACILITIES Coordinate with USMC to develop draft facility data workbook and templates 16

17 BACKUP INFORMATION 17

18 18 Phased BIM Implementation Plan

19 REQUIRED ASSET FIELDS Public Works Business Line (PWBL) Mandatory Data Items Position Name DOR/KRT/GVT Explanation 1 AssetNum KTR Asset identification used by the KTR to uniquely identify assets or equipment (e.g. FAN001, AHU003) 2 Description KTR Primary Asset Name (100 Character Limit) To be completed by KTR Additional Relevant Information (e.g. size, capacity, limits, etc ) (1000 Character Limit) To be completed by KTR 3 Long Description KTR 4 Master System DOR Reference values from Model & Facility Data Matrix tab (MASTERSYSTEM) 5 System DOR Reference values from Model & Facility Data Matrix tab (SYSTEM) 6 Sub-System DOR Reference values from Model & Facility Data Matrix tab (SUBSYSTEM) 7 Building Number GVT Current Building # in Maximo for renovation work. Will be provided by GVT for new construction 8 Asset Quantity KTR 9 Replacement Cost KTR Contract install cost (material and labor) from schedule of values, bid proposal, etc. 10 Contract Number GVT Refer to Contracting Officer 11 Task/Delivery Order Number GVT Refer to Contracting Officer 12 Warranty Expiration Date KTR MM/DD/YYYY 13 Installation Date KTR MM/DD/YYYY 14 Room Number KTR Insert Room Number for installed equipment/asset. 15 Manufacturer KTR To be completed by KTR 16 Model KTR To be completed by KTR 17 Serial # KTR To be completed by KTR To be completed by KTR (Quantity in correct unit of measure as defined in UOM field of the Model & Facility Data Matrix) 19

20 A10 D50 Typical Master Systems for Navy MCON, Major Renovation, or Facility Systems Replacement Projects Description Listname UOM A10 FOUNDATIONS MASTERSYSTEM SF A20 BASEMENT CONSTRUCTION MASTERSYSTEM SF B10 SUPERSTRUCTURE MASTERSYSTEM SF B20 EXTERIOR ENCLOSURE MASTERSYSTEM SF B30 ROOFING MASTERSYSTEM SF C10 INTERIOR CONSTRUCTION MASTERSYSTEM SF C20 STAIRS MASTERSYSTEM RISER C30 INTERIOR FINISHES MASTERSYSTEM SF D10 CONVEYING MASTERSYSTEM EA D20 PLUMBING MASTERSYSTEM EA D30 HVAC MASTERSYSTEM EA D40 FIRE PROTECTION MASTERSYSTEM EA D50 ELECTRICAL MASTERSYSTEM EA 20

21 J10 Q10 Typical Master Systems for Utilities Project Description Listname UOM J10 Electric Utilities MASTERSYSTEM EA K10 Potable Water Utilities MASTERSYSTEM EA K20 Non Potable Water Utilities MASTERSYSTEM EA K30 Fire Protection Water Utilities MASTERSYSTEM EA K40 Salt Water Utilities MASTERSYSTEM EA L10 Steam Utilities MASTERSYSTEM EA L20 High Temp Hot Water Utilities MASTERSYSTEM EA L30 Domestic Hot Water Utilities MASTERSYSTEM EA L40 Chilled Water Utilities MASTERSYSTEM EA M10 Sanitary Sewer Utilities MASTERSYSTEM EA M20 Industrial Wastewater Utilities MASTERSYSTEM EA M30 Oily Wastewater Utilities MASTERSYSTEM EA M40 Storm Water Utilities MASTERSYSTEM EA N10 Natural Gas Utilities MASTERSYSTEM EA N20 Propane Utilities MASTERSYSTEM EA P10 Compressed Air Utilities MASTERSYSTEM EA Q10 Multiple Commodity Utilities MASTERSYSTEM EA 21

22 Advantages of Building Information Modeling (BIM): 22 Efficiency All drawings are coordinated from the same database. Intelligent Modeling Better understanding of building performance in different environments through simulations. Integrating Systems All disciplines in model achieve a higher level of coordination. Data & graphics are comprehensively integrated to ensure designs are aligned w/programmatic requirements. Barracks Renovation Project Norfolk