Revit MEP Training In Ameerpet

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Mail Us-info_at_futuregentechnologies.comPhone
91 8328253848

• Autodesk RevitMEP is a building information
  modeling (BIM) software created by Autodesk for
  professional who engage in MEP engineering. MEP
  stands for mechanical, electrical, and plumbing,
  which are the three engineering disciplines that
  RevitMEP addresses.
• RevitMEP helps you model, draft, design, and
  document building systems. Support mechanical,
  electrical, and plumbing (MEP) engineering
  systems throughout the building lifecycle.
• Design MEP building systems with greater accuracy
  and in better co-ordination with architectural
  and structural components, using the co-ordinated
  and consistent information inherent in the
  intelligent model.
• Benefits of Revit MEP
• Integrated Design
• Streamline the engineering design process with
  Revit. Use a single model to enhance the
  communication of design intent, before
  construction begins.
• Analysis
• Conduct simulations and interference detection
  earlier in the design process. Use conceptual
  energy analysis data for engineering-driven
  calculations.
• Documentation
• Design, model and document building systems in
  the context of a full building information model,
  including architectural and structural
  components.
• Fabrication
• Model for MEP fabrication with tools that
  automate the fabrication model layout. Prepare a
  model for detailed co-ordination of fabrication
  and installation.

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The Fundamentals Benefits of BIM 3D
Visualization Improved coordination Accurate
Estimation of Quantities and Cost Automated
Collision Checks Quick changes to design, No
Repetitive Tasks High Quality Construction
Documents Expedite the Floor Planning Tender
Management Enhanced Collaboration and
Productivity BIM 4D and 5D High Level of
Flexibility Meet Owners Taste and
Styl Introduction Revit MEP Interface Central
File Creation Keyboard Shortcuts Working With
Views File Concepts - Project Files And
Templates File Concepts - Family Files And
Templates File Concepts - System Families File
Concepts - In-Place Families Basic Creation
Tools Opening A Revit MEP Project Viewing The
Model - 2D Viewing The Model - 3D Systems Tab -
HVAC And Mechanical Systems Tab - Plumbing And
Piping Systems Tab Electrical
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Links, Imports, and Groups Linking AutoCAD DWG
files Creating topography from a DWG
link Understanding CAD inserts Creating a
group Creating Revit links Rotating and aligning
a Revit Managing links Building Performance
Analysis Energy Settings Default Building Type
Settings Analyzing Heating And Cooling
Loads Exporting For Secondary Analysis Systems The
System Browser Graphic Overrides Checking
Systems System Inspector HVAC Duct
Sizing Mechanical Settings - Ducts Air Terminals
And Mechanical Equipment Duct Insulation And
Lining Duct Insulation And Lining Adding And
Modifying Fittings Duct Systems Duct
Systems Hydronic Piping Systems Mechanical
Settings - Pipes Piping Systems Adding Mechanical
Equipment Adding Pipes Parallel Pipes Modifying
Pipes Sloping Pipes Adding And Modifying
Fittings Mechanical Systems Hydronics
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Plumbing Systems Mechanical Settings -
Pipes Piping Systems Adding Plumbing
Fixtures Pipes Parallel Pipes Modifying Plumbing
Fixtures Piping Systems Fire Protection
Systems Sprinklers Sprinkler Systems Sprinkler
Pipe Layouts Electrical Systems Electrical
Settings Electrical Components - Lighting
Fixtures Electrical Components - Electrical
Equipment Electrical Components - Electrical
Devices Creating Power Circuits Creating Lighting
Circuits Creating Switch Systems Cable
Tray Conduit Detailing Detailing Adding Detail
Lines Legends
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Coordinating the model Interference
Check Coordination Review Visibility and Graphic
Controls Working with visibility and graphic
overrides Using view templates Hiding and
isolating objects in a model Understanding view
range Schedules and Tags Understanding
tags Adding schedule views Modifying schedule
views Creating a key schedule Annotation and
Details Adding text Adding dimensions Adding
symbols Adding legend views Creating a detail
callout Using arrays to duplicate objects
parametrically Adding filled and masking
regions Basic Editing Tools Using Filter Use Of
The TAB Key Moving And Copying Copy And
Paste Copy And Paste Mirror Linear Arrays Radial
Arrays Extend And Trim The Align
tool Offset Re-Hosting Elements
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Views Controlling Visibility Initial Plan
Views View Duplication Elevations Sections Creatin
g Callouts Ceiling Plans View Templates Section
Box Scope Box The Basics of Families
Understanding families Creating a new family
from a template Using reference planes,
parameters, and constraints Adding solid
geometry Cutting holes using void geometry
Adding blends Completing the family Sheets,
Plotting, and Publishing Adding sheets
Outputting sheets to a DWF file Exporting to
AutoCAD Exporting to AutoCAD