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Autodesk — VINCI Construction Grands Projets — Technical Presentation (2016)

168 slides from Autodesk's technical presentation, 2016

Slide 1: BIM Implementation for Design, Construction and Hand-Over on Airport Project
BIM Implementation for Design, Construction and Hand-Over on Airport Project Hugues DESCLAUX Riccardo COCCOLUTO BIM Coordinator BIM Manager Pascale COMMUN Laura ASIS Director of the BIM Department BIM Manager VINCI Construction Grands Projets VINCI Construction Grands Projets © 2016 Autodesk Join th
Slide 2: Class summary
Class summary This class covers the implementation of an integrated BIM system inside the Design and Construction up to the handover of the Santiago Airport (SCL), Chile. On this project, BIM data life cycle starts with model authoring using Autodesk Revit and Civil 3D for 354.000 m2 on buildings an
Slide 3: Key learning objectives
Key learning objectives At the end of this class, you will be able to:  Identify the challenges of deploying BIM on large-scale construction projects  Know the best practices to educate and involve project stakeholders in the BIM Process  Have BIM deliverables best practices  Know more about int
Slide 4: VINCI Construction Grands Projets Maturity in BIM
VINCI Construction Grands Projets MATURITY IN BIM © 2016 Autodesk
Slide 9: How do VINCI and ASTALDI manage the BIM process on our project
How do VINCI and ASTALDI manage the BIM process on our project of the Airport of Santiago, Chile? © 2016 Autodesk
Slide 11: Major Construction Projects…
Major Construction Projects… BIM Owner Designer Constructor Maintainer © 2016 Autodesk
Slide 15: Major Construction Projects with BIM: What to avoid?
Major Construction Projects with BIM: What to avoid? HOW? © 2016 Autodesk
Slide 16: Major Construction Projects with BIM: What to avoid?
Major Construction Projects with BIM: What to avoid? HOW? © 2016 Autodesk
Slide 17: Major Construction Projects with BIM: What to avoid?
Major Construction Projects with BIM: What to avoid? HOW? © 2016 Autodesk
Slide 20: BIM: As the greatest innovation in construction
BIM: As the greatest innovation in construction © 2016 Autodesk
Slide 22: BIM @ VINCI Construction Grands Projets
BIM @ VINCI CONSTRUCTION Grands Projets As-built BIM Models A Database ready for maintenance use © 2016 Autodesk
Slide 23: BIM @ VINCI Construction Grands Projets
BIM @ VINCI CONSTRUCTION Grands Projets LIFE IMPROVEMENT!! © 2016 Autodesk
Slide 24: BIM @ VINCI Construction Grands Projets
BIM @ VINCI CONSTRUCTION Grands Projets Successful BIM implementation on major projects Our BIM Expertise © 2016 Autodesk
Slide 25: That's what we call: WAOUH!
VINCI Construction Grands Projets’ Method THAT’S WHAT WE CALL : WAOUH! WATCH YOUR NEEDS ANALYSE THE CONTEXT ORGANIZE YOUR TEAM USE THE BEST PRACTICES & BE HAPPY © 2016 Autodesk
Slide 26: About VINCI
About VINCI A GLOBAL PLAYER IN CONCESSIONS AND CONSTRUCTION MORE THAN 185,000 EMPLOYEES IN SOME 100 COUNTRIES © 2016 Autodesk
Slide 27: About ASTALDI
About ASTALDI Astaldi SpA:  The second construction Company in Italy  Quoted on the stock exchange since 2002  Order book 2015: 29 billion €  Revenue: 2,8 billion €  Works: more than 100 in 17 countries  Employees: 9 600  © 2016 Autodesk
Slide 28: BIM @ VINCI Construction Grands Projets
BIM @ VINCI Construction Grands Projets THAMES TIDEWAY HOTEL MANDARIN VILLA FORET D’ARGENT, VILLA JOUKOVKA, NATIONAL RESEARCH INTERNATIONAL TUNNEL, ORIENTAL, MOSCOW, RUSSIA MOSCOW, RUSSIA ONCOLOGY CENTER, ASTANA, TERMINAL, DUSHANBE, LONDON, UK LONDON, UK KAZAKHSTAN KAZAKHSTAN TRINITY TOWER, INTERNAT
Slide 29: BIM @ ASTALDI
BIM @ ASTALDI Hydropower Angelini Office Metro station Muskrat Falls Rome, Italy Warsaw, Polland Metropolitan Hospital Etlik, Turky Telescope Cerro Armazones, Chile Metro station Napoli, Italy International Airport Santiago, Chie Railway Saida, Algeria Metropolitan Hospital Santiago, Chie © 2016 Aut
Slide 31: Extension of the Airport of Santiago de Chile
Extension of the Airport of Santiago de Chile Existing terminal : 15 Million Pax Design started in April 2015 Extension : up to 30 Million Pax Works to be done in 4 years (2016/2020) Concession : 20 years (up to 2035) © 2016 Autodesk
Slide 32: Extension of the Airport of Santiago de Chile
Extension of the Airport of Santiago de Chile Buildings (GFA) : Infrastructures :  New Terminals : 217 000 m²  Taxiways & Aprons : 510 000 m²  Terminal Refurbishment : 30 000 m²  Surface car parks and roads : 370 000 m²  Covered car parks : 93 000 m²  Other buildings : 14 000 m² Contract amoun
Slide 38: Identify the BIM Objectives
Identify the BIM Objectives  Identify the contractual BIM requirements  BIM Model Production at LOD 300 © 2016 Autodesk
Slide 39: Identify the BIM Objectives
Identify the BIM Objectives  Identify the contractual BIM requirements  Deliver 2D extracted from BIM models for design and as built © 2016 Autodesk
Slide 40: Identify the BIM Objectives
Identify the BIM Objectives  Identify the contractual BIM requirements  Use the models to coordinate specialties © 2016 Autodesk
Slide 41: Identify the BIM Objectives
Identify the BIM Objectives  Identify the contractual BIM requirements  Construction model simulation © 2016 Autodesk
Slide 42: Identify the BIM Objectives
Identify the BIM Objectives  Identify the contractual BIM requirements  Hand over As Built model © 2016 Autodesk
Slide 43: Identify the BIM Objectives
Identify the BIM Objectives  Identify the BIM standards  What are the BIM standards in Chile?  Are there BIM standards related to airports? © 2016 Autodesk
Slide 44: Identify the BIM Objectives
Identify the BIM Objectives  If there are no standards, then select yours...  British Standard for BIM ( BS1192) © 2016 Autodesk
Slide 45: Identify the BIM Objectives
Identify the BIM Objectives  If there are no standards, then select yours...  American Institute of Architect (AIA) © 2016 Autodesk
Slide 46: Identify the BIM Objectives
Identify the BIM Objectives  If there are no standards, then select yours...  Omniclass Naming Convention © 2016 Autodesk
Slide 47: Identify the BIM Objectives
Identify the BIM Objectives  Project additional BIM uses DESIGN COORDINATION BIM OBJECTIVES CONSTRUCTION AS BUILT © 2016 Autodesk
Slide 48: Identify the BIM Objectives
Identify the BIM Objectives  Project additional BIM uses  Bill of quantities © 2016 Autodesk
Slide 49: Identify the BIM Objectives
Identify the BIM Objectives  Project additional BIM uses  Construction methods © 2016 Autodesk
Slide 50: Identify the BIM Objectives
Identify the BIM Objectives  Project additional BIM uses  Reporting © 2016 Autodesk
Slide 51: Identify the BIM Objectives
Identify the BIM Objectives  Project additional BIM uses  Site quality control © 2016 Autodesk
Slide 52: Overview of the situation
Identify the BIM Challenges Overview of the situation  Step 1: Identify the BIM objectives  Step 2: Structure your BIM Plan © 2016 Autodesk
Slide 53: Structure your BIM Execution Plan
Structure your BIM Execution Plan WITH COMMENTS Designers BIM CJV team ARQ ARQ BIM Model DESIGN REVIEW V MODEL VALIDATION BIM Model A COORDINATION L STR Consolidated I STR BIM Model 4D SIMULATION D BIM Model BIM Model BOQ A MEP T MEP BIM Model METHODS E BIM Model D EXT EXT BIM Model BIM Model 2D DRA
Slide 54: Structure your BIM Execution Plan
Structure your BIM Execution Plan  Define process and responsibility for each BIM use. Example: 1 2 3 4 5 Submit Receive and Analysis Workshop Update Models Compile Steps Input Output Responsibility 1 BIM Execution Plan Revit Models Designer 2 Revit Models Compiled Models CJV 3 Compiled Models Coor
Slide 55: Structure your BIM Execution Plan: Model breakdown structure
Structure your BIM Execution Plan  Model breakdown structure © 2016 Autodesk
Slide 56: Structure your BIM Execution Plan: Model breakdown structure
Structure your BIM Execution Plan  Model breakdown structure © 2016 Autodesk
Slide 57: Structure your BIM Execution Plan: Model breakdown structure
Structure your BIM Execution Plan  Model breakdown structure © 2016 Autodesk
Slide 58: Structure your BIM Execution Plan: Modeling convention rules
Structure your BIM Execution Plan  Modeling convention rules © 2016 Autodesk
Slide 59: Structure your BIM Execution Plan: Modeling convention rules
Structure your BIM Execution Plan  Modeling convention rules © 2016 Autodesk
Slide 60: Structure your BIM Execution Plan: Naming convention
Structure your BIM Execution Plan  Naming convention  Levels  Family and type  Material  Worksets  Parameters  …. © 2016 Autodesk
Slide 61: List of elements to be included inside models
Structure your BIM Execution Plan  List of elements to be included inside models © 2016 Autodesk
Slide 62: List of parameters to be included
Structure your BIM Execution Plan  List of parameters to be included © 2016 Autodesk
Slide 63: Overview of the situation
Identify the BIM Challenges Overview of the situation  Step 1: Identify the BIM objectives  Step 2: Structure your BIM Plan  Step 3: Define the collaboration strategy © 2016 Autodesk
Slide 66: Share the model - CDE concept
Collaboration strategy  Share the model - CDE concept SHARED PRIVATE PUBLISHED ARCHIVED © 2016 Autodesk
Slide 68: Share the models – Folder Structure
Collaboration strategy  Share the models – Folder Structure Phase Type Status Discipline ARC Designer VMB Building STR MEP SEA T2M T2C T2E © 2016 Autodesk
Slide 69: Share the models – Naming Convention
Collaboration strategy  Share the models – Naming Convention Phase Designer Building Area Level Discipline Date Revision ID API T2C X X ARQ 16_1104 4A Shared Folder © 2016 Autodesk
Slide 71: Involve Stakeholders into the BIM Process
Involve Stakeholders into the BIM Process “Coming together is a BEGINNING Keeping together is a PROGRESS Working together is a SUCCESS” Henry Ford © 2016 Autodesk
Slide 72: BIM implementation's success relies on people
Involve Stakeholders into the BIM Process BIM implementation’s success relies on people © 2016 Autodesk
Slide 73: BIM is the chance to work with the same language
Involve Stakeholders into the BIM Process  BIM is the chance to work with the same language… BIM …But that’s obviously a challenge © 2016 Autodesk
Slide 74: Work together needs… avoid misunderstandings
Involve Stakeholders into the BIM Process Work together needs… avoid misunderstandings BIM BEAM BEAN BIN © 2016 Autodesk
Slide 75: Involve Stakeholders into the BIM Process
Involve Stakeholders into the BIM Process  Internal BIM Implementation  Subcontractors- Designers © 2016 Autodesk
Slide 80: Setting Up the BIM team: BIM Manager
Setting Up the BIM team BIM Manager: PROCESS PEOPLE TECHNOLOGY POLICY © 2016 Autodesk
Slide 81: Setting Up the BIM team: BIM Coordinators
Setting Up the BIM team BIM Coordinators Team members that guaranteed the BIM utilities and process operations © 2016 Autodesk
Slide 82: BIM Coordinators: The models traffic Directors
Setting Up the BIM team BIM Coordinators: The models traffic Directors… …and models Quality Inspectors © 2016 Autodesk
Slide 83: BIM Coordinators: the link in the chain
Setting Up the BIM team  BIM Coordinators : the link in the chain that you must not break BIM subcon. BIM coo. Team design BIM Engineering © 2016 Autodesk
Slide 85: How to strengthen your Team
How to strengthen your Team  Recruitment strategies  Head office support  Training plan © 2016 Autodesk
Slide 86: Recruitment strategy
How to strengthen your Team  The recruitment strategy is a key step in the implementation of BIM inside a project © 2016 Autodesk
Slide 87: How Build your Team
How Build your Team  The recruitment strategy is a key step in the implementation of BIM inside a project  Define the profiles, work with your HR  Recruit locally  Contact the university  Working with outsourcing companies internally © 2016 Autodesk
Slide 88: Head office support
How to strengthen your Team  Head office support VCGP Office, Paris Astaldi Office, Rome © 2016 Autodesk
Slide 89: Get the support from a back office
How Build your Team  Get the support from a back office of your companies  Head office support for all the R&D topics on the project  Helping you, the head office enrich his knowledge and his knowhow © 2016 Autodesk
Slide 91: Define the training plan
How to strengthen your Team  Define the training plan  Train about BIM usage and concept  Train basic skills software to access to the model  Let the whole project informed about BIM implementation (new software, process, usage)  Always update your team with training courses © 2016 Autodesk
Slide 92: Tips for your training plan
How to strengthen your Team  …tips for your training plan  Share information to get the demand  Give them tools to get quickly results © 2016 Autodesk
Slide 94: Subcontractors and Designers: How do we select them?
Subcontractors and Designers How do we select them? © 2016 Autodesk
Slide 96: Criteria of selection
Subcontractors and Designers  Criteria of selection  Previous project in BIM (size, complexity, LOD)  Internal quality process for model deliveries  Capability to produce their own model  Properly BIM workflow, avoiding 2D support © 2016 Autodesk
Slide 98: Involve project leaders into BIM dimension
Involve project leaders into BIM dimension  Explore with them how the traditional workflow are impacted with the BIM.  Give them the understanding of tools and process. © 2016 Autodesk
Slide 99: Bring BIM to People
Involve project members into your BIM Training  Bring BIM to People, don’t force them to the BIM © 2016 Autodesk
Slide 100: BIM maturity and training upgrades
Involve project members into your BIM Training  As the project advance… the BIM maturity will advance, training plans needs an Upgrade…  …An other step for Implementation © 2016 Autodesk
Slide 101: Once they get the BIM process, work together more closely
Involve project members into your BIM Training Once they get the BIM process and utilities… BIM BIM BIM BIM …than we can work together more closely © 2016 Autodesk
Slide 102: Same connection and working together
Involve project members into your BIM Training  Same connection and working together it’s the power of the BIM © 2016 Autodesk
Slide 107: BIM Quality Checking – Standard Control
BIM Delivery Best practices  BIM Quality Checking – Standard Control © 2016 Autodesk
Slide 108: BIM Quality Checking – Standard Control
BIM Delivery Best practices  BIM Quality Checking – Standard Control © 2016 Autodesk
Slide 109: BIM Quality Checking – Standard Control
BIM Delivery Best practices  BIM Quality Checking – Standard Control © 2016 Autodesk
Slide 110: BIM Quality Checking – Standard Control
BIM Delivery Best practices  BIM Quality Checking – Standard Control © 2016 Autodesk
Slide 111: BIM Quality Checking – Standard Control
BIM Delivery Best practices  BIM Quality Checking – Standard Control © 2016 Autodesk
Slide 112: BIM Quality Checking – Standard Control
BIM Delivery Best practices  BIM Quality Checking – Standard Control © 2016 Autodesk
Slide 113: BIM Quality Checking – Standard Control
BIM Delivery Best practices  BIM Quality Checking – Standard Control © 2016 Autodesk
Slide 114: BIM Quality Checking – Standard Control
BIM Delivery Best practices  BIM Quality Checking – Standard Control © 2016 Autodesk
Slide 115: BIM Quality Checking – Advanced Control
BIM Delivery Best practices  BIM Quality Checking – Advanced Control © 2016 Autodesk
Slide 116: BIM Quality Checking – Advanced Control
BIM Delivery Best practices  BIM Quality Checking – Advanced Control © 2016 Autodesk
Slide 117: BIM Quality Checking – Modeling vs Coordination
BIM Delivery Best practices  BIM Quality Checking – Modeling vs Coordination © 2016 Autodesk
Slide 118: BIM Quality Checking – Modeling vs Coordination
BIM Delivery Best practices  BIM Quality Checking – Modeling vs Coordination © 2016 Autodesk
Slide 119: BIM Quality Checking – Modeling vs Coordination
BIM Delivery Best practices  BIM Quality Checking – Modeling vs Coordination © 2016 Autodesk
Slide 120: Managing BIM Models Authors
BIM Delivery Best practices  Managing BIM Models Authors  Phase 1: Start Phase  Phase 2: Coordination Phase  Phase 3: Client Handover and Review © 2016 Autodesk
Slide 121: Managing BIM Models Authors
BIM Delivery Best practices  Managing BIM Models Authors Phase 1 – Starting phase Phase 2 – Coordination Phase 3 – Client Handover and Review 100% 100% 100% 90% 90% 90% 90% 80% 80% 80% 80% 65% 60% 60% 55% 50% 40% 30% 05/01/15 07/01/15 09/01/15 11/01/15 01/01/16 03/01/16 05/01/16 07/01/16 09/01/16 B
Slide 122: Managing BIM Models Authors – Phase 1
BIM Delivery Best practices  Managing BIM Models Authors – Phase 1 © 2016 Autodesk
Slide 123: Managing BIM Models Authors – Phase 1
BIM Delivery Best practices  Managing BIM Models Authors – Phase 1 © 2016 Autodesk
Slide 124: Managing BIM Models Authors – Phase 2
BIM Delivery Best practices  Managing BIM Models Authors – Phase 2 Weekly BIM Meeting © 2016 Autodesk
Slide 125: Managing BIM Models Authors – Phase 2
BIM Delivery Best practices  Managing BIM Models Authors – Phase 2 © 2016 Autodesk
Slide 126: Managing BIM Models Authors – Phase 3
BIM Delivery Best practices  Managing BIM Models Authors – Phase 3 © 2016 Autodesk
Slide 127: Managing BIM Models Authors – Phase 3
BIM Delivery Best practices  Managing BIM Models Authors – Phase 3 © 2016 Autodesk
Slide 128: Managing your client requirements
BIM Delivery Best practices  Managing your client requirements © 2016 Autodesk
Slide 129: Managing your client requirements
BIM Delivery Best practices  Managing your client requirements © 2016 Autodesk
Slide 130: Managing your client requirements
BIM Delivery Best practices  Managing your client requirements © 2016 Autodesk
Slide 131: Managing your client requirements
BIM Delivery Best practices  Managing your client requirements © 2016 Autodesk
Slide 132: Managing your client requirements
BIM Delivery Best practices  Managing your client requirements © 2016 Autodesk
Slide 133: Managing your client requirements
BIM Delivery Best practices  Managing your client requirements © 2016 Autodesk
Slide 134: Managing your client requirements
BIM Delivery Best practices  Managing your client requirements ETransmit © 2016 Autodesk
Slide 135: Managing your client requirements
BIM Delivery Best practices  Managing your client requirements LAND XML © 2016 Autodesk
Slide 146: BIM benefits
BIM benefits … WITH VERY EASY, QUICK AND FLEXIBLE ACCESS…. … IN THE OFFICE OR ON THE SITE ….. © 2016 Autodesk
Slide 147: BIM benefits
BIM benefits ….. POPULATE THIS DATA BASE … ….WITH …..AND NO EFFORT RELIABILITY….. © 2016 Autodesk
Slide 151: VINCI solution: the KEY
VINCI solution : the KEY !! M I B M M I I B B MAXIMO INTERFACED To BIM © 2016 Autodesk
Slide 152: BIM on the Santiago de Chile Airport
BIM on the Santiago de Chile Airport FIRST : DETERMINE THE INFORMATION THE CMMS TRACKS OR WILL TRACK.  BIM: ESSENTIAL INFORMATION (INCLUDING ASSET NAMES, MODEL NUMBERS, WARRANTY BIM INFORMATION, ETC.).  COBIE: OPEN STANDARD (SUPPORTS CMMS COLLECTION OF ASSET DATA TO HELP MANAGERS MORE EFFECTIVELY
Slide 153: Steps from BIM to CMMS Software
Steps from BIM to CMMS Software  FROM BIM  TO COBIE  TO MAXIMO  ARCH MODELS  ARCH MODELS  ARCHITECTURAL MODELS  STR MODELS  STR MODELS  STRUCTURE MODELS  MEP MODELS  MEP MODELS  MEP MODELS  ARCHITECTURAL SPREADSHEETS  STRUCTURE SPREADSHEETS  MEP SPREADSHEETS .xls .rvt © 2016 Autodesk
Slide 155: BIM – How to use the available information
BIM – How to use the available information  What data is required  When data is provided  Who provides the data (Responsibility Matrix)  Who checks and validates it © 2016 Autodesk
Slide 156: COBie (Construction Operations Building Information Exchange)
COBie (Construction Operations Building Information Exchange)  INTERNATIONAL STANDARD FOR BUILDING KEY ITEMS TO TRACK FOR FACILITY DATA EXCHANGE MANAGERS  COLLABORATIVE EFFORT  COMPONENTS (EQUIPMENT) THAT  HELP TO CAPTURE AND RECORD NEED MAINTENANCE/OPERATION IMPORTANT PROJECT DATA  SPACES (ROO
Slide 157: COBie Worksheets - Space
COBie Worksheets - Space SPACES  SPACES ARE IMPORTANT IN ORDER TO LOCATE THE EQUIPMENT.  ITS ONE OF THE MAIN TABS TO REVIEW AND VALIDATE. SPACES AND BIM SPACES AND COBIE  SPACES  MEP MODELS  SPACES MANAGEMENT  ROOMS  ARCH MODELS  EQUIPMENT LOCATION © 2016 Autodesk
Slide 158: COBie Worksheets - Zone
COBie Worksheets - Zone ZONES  ZONES IS A FLEXIBLE TOOL COMMONLY USED TO DIVIDE THE BUILDING. ZONES AND BIM ZONES AND COBIE  Are Spaces groupings  Zones are often prevalent  Flexible in use after handover © 2016 Autodesk
Slide 159: COBie Worksheets - Type
COBie Worksheets - Type TYPES  Most components are defined by their type (product category).  At the installation of many instances of a common product, the common information goes in the Type sheet. © 2016 Autodesk
Slide 160: COBie Worksheets - Component
COBie Worksheets - Component COMPONENT  This is the central piece of the asset register. Need to specify what items will require management and maintenance.  The objective is tracking specially for the owner.  what equipment he has  who made and delivered  when it needs maintenance  how to ins
Slide 161: COBie Worksheets - System
COBie Worksheets - System SYSTEM  Is another way to group equipment  Systems are MAINTENANCE OBJECTS themselves and a place to link O&M documentation that are of a more generic kind © 2016 Autodesk
Slide 162: COBie Worksheets - Assembly
COBie Worksheets - Assembly ASSEMBLIES  Attempt to include the more complex parts of the IFC data model into the COBie model view. © 2016 Autodesk
Slide 163: COBie Worksheets - Attributes
COBie Worksheets - Attributes ATTRIBUTES  The way for BIMs to export and transfer any custom property data as needed when specific information is needed.  Away to include and tag CUSTOM DATA to any item type, to expand on the properties/columns that are included in the main sheet.  These are simi
Slide 165: Features/Benefits
Features/Benefits MAIN FEATURES BENEFITS  EQUIPMENT LIFECYCLE MANAGEMENT  FACILITATE PREVENTIVE AND PREDICTIVE MAINTENANCE  REVIT-MAXIMO INTERFACE  EQUIPMENT INFORMATION ACCESSIBLE THROUGH MAXIMO  UNIQUE SOURCE OF INFORMATION  REDUCTION OF THE RISK OF MISTAKES  RELATION BETWEEN BIM INFORMATIO
Slide 166: Conclusion
CONCLUSION AUTODESK UNIVERSITY 2016 vinci GRANDS PRO}ETS oh Q\ AUTODESK.
Slide 167: That's what we call: WAOUH!
VINCI CONSTRUCTION Grands Projets’ Method THAT’S WHAT WE CALL : WAOUH ! WATCH YOUR NEEDS ANALYSE THE CONTEXT ORGANIZE YOUR TEAM USE THE BEST PRACTICES & BE HAPPY © 2016 Autodesk
Slide 168: Autodesk trademark notice
Autodesk is a registered trademark of Autodesk, Inc., and/or its subsidiaries and/or affiliates in the USA and/or other countries. All other brand names, product names, or trademarks belong to their respective holders. Autodesk reserves the right to alter product and services offerings, and specific

VINCI Construction Grands Projets — Technical Presentation (2016) on 6ix

Autodesk — VINCI Construction Grands Projets — Technical Presentation (2016)

Slide 1: BIM Implementation for Design, Construction and Hand-Over on Airport Project

Slide 2: Class summary

Slide 3: Key learning objectives

Slide 4: VINCI Construction Grands Projets Maturity in BIM

Slide 5: About Us

Slide 6: About Us

Slide 7: About Us

Slide 8: About Us

Slide 9: How do VINCI and ASTALDI manage the BIM process on our project

Slide 10: Major Construction Projects…

Slide 11: Major Construction Projects…

Slide 12: Major Construction Projects with BIM: How?

Slide 13: Major Construction Projects with BIM: How?

Slide 14: Major Construction Projects with BIM: How?

Slide 15: Major Construction Projects with BIM: What to avoid?

Slide 16: Major Construction Projects with BIM: What to avoid?

Slide 17: Major Construction Projects with BIM: What to avoid?

Slide 18: Major Construction Projects with BIM

Slide 19: Major Construction Projects with BIM

Slide 20: BIM: As the greatest innovation in construction

Slide 21: BIM @ VINCI Construction Grands Projets

Slide 22: BIM @ VINCI Construction Grands Projets

Slide 23: BIM @ VINCI Construction Grands Projets

Slide 24: BIM @ VINCI Construction Grands Projets

Slide 25: That's what we call: WAOUH!

Slide 26: About VINCI

Slide 27: About ASTALDI

Slide 28: BIM @ VINCI Construction Grands Projets

Slide 29: BIM @ ASTALDI

Slide 30: Extension of the Airport of Santiago de Chile

Slide 31: Extension of the Airport of Santiago de Chile

Slide 32: Extension of the Airport of Santiago de Chile

Slide 33: Santiago Airport Project: now

Slide 34: Santiago Airport Project: future airport

Slide 35: Santiago Airport Project: future airport

Slide 36: Santiago Airport Project: future airport

Slide 37: Identify BIM challenges

Slide 38: Identify the BIM Objectives

Slide 39: Identify the BIM Objectives

Slide 40: Identify the BIM Objectives

Slide 41: Identify the BIM Objectives

Slide 42: Identify the BIM Objectives

Slide 43: Identify the BIM Objectives

Slide 44: Identify the BIM Objectives

Slide 45: Identify the BIM Objectives

Slide 46: Identify the BIM Objectives

Slide 47: Identify the BIM Objectives

Slide 48: Identify the BIM Objectives

Slide 49: Identify the BIM Objectives

Slide 50: Identify the BIM Objectives

Slide 51: Identify the BIM Objectives

Slide 52: Overview of the situation

Slide 53: Structure your BIM Execution Plan

Slide 54: Structure your BIM Execution Plan

Slide 55: Structure your BIM Execution Plan: Model breakdown structure

Slide 56: Structure your BIM Execution Plan: Model breakdown structure

Slide 57: Structure your BIM Execution Plan: Model breakdown structure

Slide 58: Structure your BIM Execution Plan: Modeling convention rules

Slide 59: Structure your BIM Execution Plan: Modeling convention rules

Slide 60: Structure your BIM Execution Plan: Naming convention

Slide 61: List of elements to be included inside models

Slide 62: List of parameters to be included

Slide 63: Overview of the situation

Slide 64: Collaboration strategy: Divide the model

Slide 65: Collaboration strategy: Divide the model

Slide 66: Share the model - CDE concept

Slide 67: Share the models - Cloud platform

Slide 68: Share the models – Folder Structure

Slide 69: Share the models – Naming Convention

Slide 70: Involve stakeholders in BIM process

Slide 71: Involve Stakeholders into the BIM Process

Slide 72: BIM implementation's success relies on people

Slide 73: BIM is the chance to work with the same language

Slide 74: Work together needs… avoid misunderstandings

Slide 75: Involve Stakeholders into the BIM Process

Slide 76: Involve Stakeholders into the BIM Process

Slide 77: First Step: Set up a BIM Team

Slide 78: Setting Up the BIM team

Slide 79: Setting Up the BIM team