Join us on Twitter: #AU2013 CI1754-R BIM for Infrastructure in Concrete Terms Francesca Maier, PE Aaron KrovanceKevin Gilson Parsons BrinckerhoffHDR, Inc.Parsons Brinckerhoff Virtual Design & ConstructionBIM ManagerDesign Visualization Director

Civil engineers have used 3D model-based design for over 2 decades, so the line between CADD and BIM is not clear. Using examples drawn from real bridge, tunnel, highway and transit projects, we discuss how to differentiate between CADD and BIM. We find a place for analytical models, introduce terminology, such as "level of development" (LOD), and identify how goals, processes, products, and applications differ through the project lifecycle. We also make sense of CADD Standards, construction plans, and 3D deliverables in the context of a BIM workflow that manages liability. We document our discussion in a Venn diagram that helps to communicate what BIM means for infrastructure. Class summary

At the end of this class, you will be able to:  Set goals for BIM on infrastructure projects  Develop 3D engineered models with appropriate LOD  Describe how CADD fits into a BIM workflow  Use BIM to develop standard deliverables alongside cool BIM deliverables Key learning objectives

Are you confused yet? BIM – Building Information Modeling CIM – Civil Information Modeling CIM – Civil Integrated Management VDC – Virtual Design & Construction 3D Engineered Models for Construction BIM for Infrastructure

Making sense of the chaos Analysis Documenting designs Scheduling Checking Standards Developing concepts Asset Management Capturing Existing Conditions Drafting Plans Environmental analysis Sizing components Quantity take-off Machine control Liaising with the public Means & Methods Maintenance of Traffic Clash detection Value engineering Risk Management Capacity analysis

Making sense of the chaos Documenting designs Scheduling Checking Standards Developing concepts Asset Management Capturing Existing Conditions Drafting Plans Environmental analysis Sizing components Quantity take-off Machine control Liaising with the public Means & Methods Maintenance of Traffic Clash detection Value engineering Risk Management Capacity analysis

Goals for BIM for Infrastructure

1.Begin with the end in mind 2.Apply technology toward business goals 3.Collaborate 4.Share information early and often 5.Put BIM authoring tools in the hands of designers What is your BIM Rule #1? Let’s vote…

 MAP 21 Section 1304 – Innovative Project Delivery Methods  Projects including use of innovative technology may be eligible for greater federal share of funding  Examples include “digital 3-dimensional modeling techniques”  MAP 21 Section 1503 – Project Approval and Oversight  The Secretary “shall encourage the use of advanced modeling technologies during environmental, planning, financial management, design, simulation, and construction processes of [federal-aid] projects.”  Compile information and industry best practices  Disseminate information and best practices to state DOTs  Develop and publish a comprehensive plan Top-down Support for BIM for Infrastructure

 FHWA – 3D Engineered Models for Construction  Faster, more accurate and more efficient planning & construction  TRB/NCHRP – Civil Integrated Management in DOTs  Serve all project stakeholders  Consistently provide appropriate, accurate & reliable information throughout the asset’s lifecycle.  UK Government – BIM initiative  Reduce asset costs, achieve greater operational efficience  Efficiency and effectiveness of construction supply chains  Create a forward-thinking sector as a basis for growth Other High-level Goals for BIM for Infrastructure

 Earthworks with AMG  Paving with AMG  Clash detection  Integrated analysis & design  Model-based design  Maintenance & Protection of Traffic  Means & Methods Planning  Schedule optimization  Accelerated Bridge Construction Business goals for BIM for Infrastructure

Establishing Level of Development

Level of Development for Infrastructure

Finding the place for CADD in BIM

What’s in our BIM Toolbox? Robot Structural Analysis ReCap Vault AutoCAD Navisworks AutoCAD Map 3D 3ds Max Inventor InfraWorks AutoCAD Civil 3D Revit Structures Raster Design Storm & Sanitary Analysis

Traditional Deliverables with BIM

Traditional Deliverables for Infrastructure Construction plans Detail sheets Schedules Bid item quantities Staging Specifications AMG models Asset Management records Hydraulic reports Traffic impact reports Structural calculations

We can’t go from zero to hero in one step

Please complete the course review!

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 specifications and pricing at any time without notice, and is not responsible for typographical or graphical errors that may appear in this document. © 2013 Autodesk, Inc. All rights reserved.