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BIM MEP FOR MECHANICAL ENGINEERS

Comprehensive BIM for Building Systems – AutoCAD, Revit, Navisworks, BIM 360, Dynamo & Design Analysis is a specialized course designed for senior modelers, site engineers transitioning into design roles, and fresher engineers entering the BIM field. This program offers end-to-end training in design and coordination workflows using industry-leading tools. It covers detailed Revit modeling, clash detection with Navisworks, cloud collaboration through BIM 360, and automation with Dynamo. Additionally, it includes fundamental design analysis such as cooling load calculations and duct sizing—empowering participants to take on advanced design and coordination responsibilities in real-world projects.

Overview

  • Duration in Hrs 120
  • Duration in Month 3
  • Language English
  • Cost 40,000
  • Course Description Autocad+Revit+Naviworks+BIM360 +Dynamo+Design analysis ( cooling load, duct size etc.)- Senior Modeler, Site Engineer planning to switch to design , Fresher Engineer

Curriculum

  • BIM Introduction
    • Lesson 1. BIM DEFINITION
    • Lesson 2. DIMENSIONS OF BIM
    • Lesson 3. LOD OF BIM
    • Lesson 4. SOFTWARES IN BIM
    • Lesson 5. ROLES AND RESPONSIBILITIES IN BIM
  • Revit Introduction
    • Lesson 1. GETTING STARTED WITH REVIT
    • Lesson 2.PROJECT TEMPLATE
    • Lesson 3. LEVELS AND GRIDS
  • Revit Architecture Basics
    • Part 1. WALL
    • Part 2.DOOR
    • Part 3. WINDOW
    • Part 4. FLOOR
    • Part 5. ROOF
    • Part 6. CEILING
    • Part 7. ROOM TAGS
  • Inter Disciplinary Coordination
    • Part 1. LINKING CAD IN REVIT
    • Part 2. LINKING REVIT FILE-ARCH, STR, ELEC
    • Part 3. IMPORTING FILES
    • Part 4. COPY MONITOR IN REVIT
    • Part 5. GENERATING VIEWS
    • Part 6. PLAN VIEWS
    • Part 7. CEILING VIEWS
    • Part 8. SECTIONS
    • Part 9. ELEVATIONS
    • Part 10. 3D VIEW
  • ANALYSIS TOOL
    • Part 1. CHECK ERROR
    • Part 2. CHECK DISCONNECT
    • Part 3. COLOR FILL LEGEND
    • Part 4. DUCT COLOR FILL LEGEND
    • Part 5. PIPE COLOR FILL LEGEND
  • HVAC
    • Part 1. SPACING AND ZONING
    • Part 2. AIR TERMINAL PLACEMENT
    • Part 3. DUCT TYPE
    • Part 4. DUCT ROUTING MODELING
    • Part 5. DUCT SYSTEM
    • Part 6. DUCT CONNECTIONS
    • Part 7.MECHANICAL EQUIPMENT
    • Part 8.DUCT INSULATION
    • Part 9.DUCT LINING
    • Part 10.DUCT PLACE HOLDER
    • Part 11.FLEX DUCT
    • Part 12.COVERT TO FLEXIBLE
    • Part 13.DUCT FITTINGS
    • Part 14.DUCT ACCESSORIES
  • PIPING
    • Part 1. PIPING
    • Part 2. PIPE TYPE
    • Part 3. PIPE ROUTING
    • Part 4. PIPE ROUTING_AUTOMATIC
    • Part 5. PIPE ROUTING PREFERENCE
    • Part 6. PIPE SYSTEM
    • Part 7. PIPE CONNECTIONS
    • Part 8. HVAC PIPE MODELING
    • Part 9. HYDRONIC PIPING
    • Part 10. CHILLER PIPING CONNECTION
    • Part 11. COOLING TOWER PIPING CONNECTION
  • PLUMBING
    • Part 1. PLUMBING PIPE MODELING
    • Part 2. PLUMBING FIXTURE
    • Part 3. WATER SUPPLY PIPING
    • Part 4. PIPE SLOPE
    • Part 5. INVERT ELEVATION
    • Part 6. PIPING ACCESSORIES
  • FIREFIGHTING
    • Part 1. FIREFIGHTING PIPING MODELING
    • Part 2. FIRE HYDRANT
    • Part 3. FIRE HOSE CABINET
    • Part 4. SPRINKLER SYSTEM
    • Part 5. FIRE PUMPS
    • Part 6. FIREFIGHTING ACCESSORIES
  • ELECTRICAL
    • Part 1. ELECTRICAL FIXTURE
    • Part 2. LIGHTING FIXTURE
    • Part 3. FIRE ALARM DEVICES
    • Part 4. SECURITY DEVICES
    • Part 5. DATA DEVICES
    • Part 6. ELECTRICAL EQUIPMENT
    • Part 7. CIRCUIT CREATION
    • Part 8. WIRE LOOPING
    • Part 9. WIRE TYPES
    • Part 10. PANEL SCHEDULE
    • Part 11. CABLE TRAY ROUTING
  • VIEW SETTINGS
    • Part 1. VISIBILITY GRAPHIC
    • Part 2. VIEW TEMPLATES
    • Part 3. VIEW RANGE
    • Part 4. RULE BASED FILTER
    • Part 5. GROUP BASED FILTER
  • ANNOTATION
    • Part 1. DIMENSION
    • Part 2. TEXT
    • Part 3. TAG
    • Part 4. SPOT ELEVATION
    • Part 5. SPOT COORDINATES
    • Part 6. SPOT SLOPE
    • Part 7. HATCH
    • Part 8. LINE SETTINGS
    • Part 9. ADDITIONAL SETTINGS
    • Part 10. DETAIL ITEM AND GROUP
  • SHEET CREATION
    • Part 1. SHEET SELECTION
    • Part 2. TITLE BLOCK
    • Part 3. PLACING VIEWS
    • Part 4. CALLOUT
    • Part 5. DUPLICATE VIEWS
    • Part 6. LEGENDS
    • Part 7. KEYPLANS
    • Part 8. NOTES
    • Part 9. ADDING DRAFTING VIEWS
    PRINT
    • Part 1. PRINT SETTINGS
    • Part 2. LINE TYPE AND THICKNESS
    • Part 3. HALFTONE
    • Part 4. PRINT QUALITY
    • Part 5. BATCH PRINT
    • EXPORT SETTINGS
    • Part 1. EXPORT SETTING
    • Part 2. LAYER EXPORT SETTINGS
    • Part 3. PDF EXPORT
    • Part 4. DGN EXPORT
    • Part 5. REVISION CLOUDS
    SCHEDULING
    • Part 1. SCHEDULE/ QUANITIES CREATION
    • Part 2. PARAMETERS
    • Part 3. SCHEDULE FORMAT
    • Part 4. FILTER
    • Part 5. FIELD
    FAMILY CREATION
    • Part 1. FAMILY INTRODUCTION
    • Part 2. FAMILY CATEGORY
    • Part 3. FAMILY TYPE
    • Part 4. 3D FAMILY
    • Part 5. CREATING FORMS OF FAMILIES
    • Part 6. ADDING PARAMETERS
    • Part 7. ADDING PARAMETERS
    • Part 8. REFERENCE PLANES
    • Part 9. 2D FAMILIES
    CENTRAL FILE
    • Part 1. WORKSHARING IN REVIT
    • Part 2. CREATING CENTRAL FILE
    • Part 3. LOCAL FILE
    • Part 4. WORKSETS AND WORKSET MANAGEMENT
    • Part 5. USER FILE
    CLOUD COLLABORATION
    • Part 1. CREATING CENTRAL FILE ON CLOUD
    • Part 2. OPENING REVIT FILES FROM BIM 360
    FABRICATION
    • Part 1. DUCT FABRICATION MODELING
    • Part 2. DESIGN TO FABRICATION
    COORDINATION AND CLASH DETECTION
    • Part 1. COORDINATION AND CLASH DETECTION
    • Part 2. REVIT INTEREFERNECE CHECK
    • Part 3. EXPORT TO NAVISWORKS
    • Part 4. CLASH DETECTION
    NAVISWORKS
    • Part 1. Introduction to Navisworks
    • Part 2. Export Revit File to Navisworks Format
    • Part 3. Opening different format of Files in Navisworks
    • Part 4. Types of Navisworks Files
    • Part 5. Clash Detection
    • Part 6. Walkthrough
    • Part 7. Animation
    • Part 8. Timeliner-4D Simulation
    • Part 9.Quantification
    NAVISWORKS
    • Part 10. Selection Tools
    • Part 11. Review tools-2D and 3D and Markup
    • Part 12. View Points
    • Part 13. Hide Tools
    • Part 14. Sectioning Tools
    • Part 15. Combining different models
    • Part 16. Reviewing the NWD file and correcting in Revit file
    • Part 17. Visibility Tools
    BIM 360 / ACC
    • Part 1. BIM Collaborate Pro
    • Part 2. Document Management
    • Part 3. Version Control
    • Part 4. Folder Structure
    • Part 5. Permission Level
    • Part 6. Project Admin
    • Part 7. Roles
    • Part 8. Uploading Files
    • Part 9. Central File Creation on Cloud
    • Part 10.Document Control
    BIM 360 / ACC
    • Part 11. Model Comparison
    • Part 12. Issues
    • Part 13. Markup
    • Part 14. Design Collaboration
    • Part 15. Creating Teams
    • Part 16. Submitting Design Package
    • Part 17. Consuming Design Package
    • Part 18. Model Coordination
    • Part 19. Clash Detection on Cloud
    • Part 20. Creating Clash Groups
    • Part 21. Interference Check
    PLUG-INS
    • Part 1. Issues Plugin
    • Part 2. Autodesk
    • DYNAMO
    • Part 1. Introduction to Dynamo
    • Part 2. Dynamo Basics
    • Part 3. Working with Revit
    • Part 4. Lists and Data Structures
    • Part 5. Customizing Workflows
    • Part 6. Geometry in Dynamo
    • Part 7. Advanced Dynamo Techniques
    • Part 8. Project-Based Applications
    • Part 9. Best Practices and Troubleshooting
    • Part 10. Final Project

Software Used

Revit
Autodesk Revit
Revit
Autodesk AutoCAD
Revit
Autodesk Navisworks
Revit
Autodesk Construction
Revit
MS Excel
Revit
Naviswork Simulate
Color Skin