Introduction to Common Data Environment PDF

Introduction to Common Data Environment Streamline Collaboration and Efficiency Efficient Collaboration Unleashed: Introduction to Common Data Environments. Explore the power of centralized data repositories, enabling seamless sharing, streamlined workflows, and enhanced project outcomes. Unlock op...

Introduction to Common Data Environment Streamline Collaboration and Efficiency Efficient Collaboration Unleashed: Introduction to Common Data Environments. Explore the power of centralized data repositories, enabling seamless sharing, streamlined workflows, and enhanced project outcomes. Unlock optimized teamwork and information flow for success in today's data-driven world  Learning Objective 1 What is CDE? 2 ISO19650 requirement 3 BCA CDE requirement 4 Client’s requirement 5 CDE use cases  Yue Yinglong Singapore Changchun, Jilin, China Regional Manager, Technical Solution Construction Sales | ASEAN | GCR | Korea  Bachelor and Master degree in Electrical Engineer  Over 10 years of experience  Helped customers implement technology on projects ranging from a few Million to several Billion dollars 3 What is CDE? Communication in a conventional way 6 7 8  Info Owner The Primary Purpose of a CDE Info Info A/E Civil Operators Facilitate collaboration and data sharing Difficult to share documents Info Info within a project E&M Contractors A/E Archi Each project is collaborating differently There are multiple- independent repositories Info Info Building Services E&M Consultants Contractors Info 9 Civil Contractors  Why so hard Electrical ACMV Architectural Structural Fire Alarm Plumbing 10 BIM 11 Additional Cost in Rework! 12 BIM Facilitates the creation and sharing of detailed project models to avoid any potential reworks 13  A Typical Design Collaboration Workflow MEPs Architectural Structural 14  A Typical Design Collaboration Workflow MEPs Architectural Structural 15  A Typical Design Collaboration Workflow MEPs Architectural Structural 16  A Typical Design Collaboration Workflow MEPs Architectural Structural 17  A Typical Design Collaboration Workflow Multiple versions will be generated during this process Users need to make sure they are using the right version MEPs Architectural Structural 18 One of the Best Practice 19  One of the Best Practice Always maintaining a history of file revisions and updates 20  One of theBest Practice Always maintaining a history of file revisions and updates 21  Sharing, But Not Revealing Everything Architect Structural Designer Structural Option 1 Option 2 22  Sharing, But Not Revealing Everything Architect Structural Designer Structural Option 1 Option 2 23  Permission Setting Access control will regulate user access to project data and documents 24 Does that solve the problem? 25 ISO 19650 26 Info Exchange 27 Responsibility matrix 28 ISO naming standard 29 30  Why we need it? DESIGN PLAN BUILD OPERATE ARCHITECT SAFETY COORDINATOR STRUCTURAL CLIENT ENGINEER PLUMBING SPECIALIST CONTRACTOR ARCHITECT PROJECT MANAGER SITE MANAGER LANDSCAPE MEP ENGINEER ELECTRICAL MANAGER SUB-CONTRACTOR SUB-CONTRACTOR SITE SUPERVISOR TECHNICAL DIRECTOR SUB-CONTRACTOR PROJECT DIRECTOR SUB-CONTRACTOR 31 Imagine you are a super capable Project Engineer/ Document Controller! I still can’t find my data 33 Facilitate the quick retrieval of files and documents 34 ISO stages 35 ISO Stages 36 ISO19650 – 1 CDE 37 BCA CDE Standard https://www1.bca.gov.sg/docs/def ault-source/docs-corp- buildsg/integrated-digital-delivery- (idd)/cde-data-standard.pdf 38 IDD use cases 39  Construction Lifecycle Portfolio PLAN DESIGN PRE-CON BUILD 40 BCA | Integrated Digital Delivery Platform 41 IDD use cases 42 43 44 45 Issue Management Capture and track all work in one place with unified issue management Easily search and filter centralized tasks and issue list Generate summary and detail reports maintaining visibility into issue resolution status Collect the information you need and add customized issues categories and types Track the information you need. Add in customized issue categories, types and root causes Issue and Mark-ups use cases Issue and Mark-ups use cases  Locations | GPS Locations for Issues Add GPS coordinates for issues, from web and mobile View issues on a map on web and mobile Map view filtered to issues with GPS Coordinates Mobile GPS placement defaults to “your” location Mobile GPS placement requires device location approval Issue type has to have GPS locations turned on Not yet supported on model coordination, design collaboration, Revit, Naviswowrks Issue – Dashboard  Field Data Management Minimize rework and mistakes with proactive quality planning Leverage standardized checklist templates to support a proactive quality management approach Create quality checklists from scratch or import PDF forms Leverage automatic issue creation for nonconforming checklist items Safety and Quality Checklist Excavation Hot Work Lifting Piling Photos Associate with the forms  Digital Progress Monitoring Where’s Paul?  Schedule Leverage robust permission settings to keep specific schedule information in the right hands Upload master schedule from P6, Microsoft Project or Asta Powerproject to Autodesk Build to view the schedule from web or iOS in Gantt or List format Search and filter with the click of a button for desired items and drill into added detail Comment on specific activities to update teams or suggest changes Connect schedule with critical project data such as reference files, sheets, photos, assets and issues Pull schedule data into cost management to connect cost with time and accurately forecast cash flow Suggest a schedule updates Compare schedule version changes Schedule use case – Dashboard  Digital Progress Tracking Unlocking Insights for Smarter Decision Makingdocuments Gather up-to-date information from the fabrication yard until the installation is completed on site. Keep a continuous record, including photos, videos, checklists, and defects throughout all stages of the project. Make effective decisions supported by the comprehensive data within the system. Integrate tracking with 2D drawings or 3D models, including 3D objects, to provide clearer insight to all project members.  Asset use case- DFMA/PPVC/PBU Tracking Design authoring tools for BIM and 2D Digital Production for DFMA from Revit to ACC The model is published to the View 3D and 2D cloud in the cloud Digitally track and monitor production Digitally track and monitor production Digitally track and monitor the progress of the building works ACC Mobile App Digitally track and monitor the progress of the PPVC pipings ACC Mobile App Asset use case- PBU Tracking Asset use case- Fabrication package Tracking Delivery and installation- Monitor real progress through ACC dashboard Insights Asset use case- PPVC Tracking Dashboard  Digital Asset Handover After three years, we have finally completed the project. Our PM Yinglong can finally take a break and do some nice sunbath  But a call from his tiring engineer Monica Boss, help! help! we need to hand it over to our operation team and there are a thousand and one lists of assets, and millions of pictures I can’t really find which is which. Please help me! Yinglong is here to rescue! Don’t worry, Monica, I am here to rescue  But the reality is This is Yinglong This is Monica  Asset Management Reduce the amount of heavy lifting to close out a project successfully Provide efficient and organized project closeout documentation Access asset data from the field during commissioning Reduce building maintenance risks and quickly resolve asset defects Digital Asset  Autodesk Build - In Progress Model Based Assets Workflow Asset tracking workflows, allowing project teams to seamlessly track and view asset data in 3D models, 2D sheets and Asset management. Key Information Approved model for the field, view, search and filter based on element attributes to form a list of assets to import. Model file types supported (Initially) NWD, RVT, NWC Asset Extraction from 3D model manually initiated by Asset project admin Use a unique identifier for model elements and map model element attributes to asset standard or custom attributes Model versioning revised model to be issued to the Field identify changes such as added, deleted modified based on asset mapping criteria. View Assets within 3D Model  Assets | Model Based Progress Tracking Visualize asset statues by color directly from the 3D model View and update asset information from the model  Assets | Asset Statistics (Mobile) View the statuses of assets by category in product dashboard Easily view the open issues associated with an Asset Helps BIM 360 Field customers migrate to ACC Assets Mobile only!  Dashboards Get a holistic view of projects with customizable dashboards. Analyze data for a single project or across projects to get a broader view of companywide performance Quickly build an actionable list of daily tasks and gain visibility into what to prioritize Create and share custom dashboards Add integration partner cards from the Card Library  Construction IQ Identify and prioritize project risks with Construction IQ. Use machine learning to scan project data like Issues, RFIs and design errors to identify high risk areas Quickly identify items that need immediate attention View risks in context of design, quality, safety and/ project controls  Construction IQ Project-level and cross-project data analysis and risk prevention with Construction IQ. Risk dashboards give teams an at-a-glance view of risk factors for individual projects and across project portfolios Machine-learning algorithms turn data into risk assessments across quality, safety, project controls and design Quickly visualize which subcontractors need attention Q&A? 91 [email protected]