Revit MEP 2014 Fundamentals - VOLT

Autodesk® Revit MEP® 2014 Fundamentals V.O.L.T. – Virtual Online Live Training BRIEF SYNOPSIS OF CLASS CONTENTS This live, online class covers the basics of Autodesk® Revit® MEP, from engineering design through construction documentation. Students will be introduced to the concepts of Building Information Modeling and the tools for parametric design and documentation. Upon completion of this course, the student will: • Become familiar with the concepts and benefits of Building Information Modeling. • Understand the fundamental concepts and features of Autodesk Revit MEP. • Use the parametric 3D design tools to start designing projects. • Use the automated tools for project documentation. • Develop an initial level of comfort and confidence with Autodesk Revit MEP through hands-on experience.

COURSEWARE Mastering Autodesk Revit MEP 2014 by Don Bokmiller

NUMBER OF DAYS 8 half day sessions

CONTINUING EDUCATION CREDITS 24

WHO SHOULD ATTEND All new users of Revit MEP

PREREQUISITES Hardware & Operating System Requirements: A computer that meets the minimum Autodesk requirements for the above software is required. Link to Autodesk System Requirements: http://usa.autodesk.com/adsk/servlet/index?siteID=123112&id=16318759 Software Requirements: This class version of the software must be installed on your computer prior to class. Free product trial downloads are available from: http://usa.autodesk.com/products/free-product-trials Other Requirements: High speed Internet connection Headset/microphone – pin style (non-USB)

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CLASS OUTLINE AND TOPICS: DAY 1 Introduction to BIM  Concepts/Parametrics User Interface  Ribbon Toolbars  Project Browser  View Navigation View Management  View Properties  Adding Views MEP Systems  System Graphics  Analyzing Systems

DAY 2 Documentation and Annotation  Tags and Schedules  Sheets  Output and Printing Project Setup  Templates  Linking Architectural Models  Rooms and Spaces  Color Schemes Worksharing - Live  Terminology and Theory  Worksharing  Worksets

DAY 3 Mechanical HVAC Modeling  Loads Analysis, gbXML Exporting  Spaces and Schedules  Mechanical Engineering Settings  Equipment Layout

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DAY 4 Mechanical HVAC Modeling  HVAC systems  Routing Duct: Manually and Automated  Sizing Duct  Documentation, Sheets and Plotting

DAY 5 Mechanical Pipe Modeling  Equipment: Hydronic  Systems for Hydronics  Routing Pipe: Manually and Automated  Pipe Sizing

DAY 6 Plumbing / Fire Protection Pipe Modeling  Equipment: Plumbing Fixtures, Fire Protection  Systems for plumbing and fire protection  Routing Pipe: Manually and Automated  Pipe Sizing Documentation  Riser views, Sheet views  Documentation, Sheets and Plotting

DAY 7 Electrical Modeling  Lights and Power Devices  Circuiting and Wiring  Panels and Schedules

DAY 8 Electrical Modeling  Conduit  Cable Tray  Documentation, Sheets, Plotting Q&A If Time Permits

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