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BIM For Coordinator

BIM for Coordinator is a specialized course designed to equip professionals with the skills to manage and coordinate multidisciplinary BIM models using industry-leading tools. It focuses on clash detection, model integration, and collaborative workflows for efficient project delivery.

Overview

  • Lectures 12
  • Quizzes 3
  • Duration 60 hours (Self-paced + Live Sessions)
  • Skill level Beginner
  • Language English
  • Students 150+
  • Assessments Yes (Module-wise + Final Project)
Course Description
  • Gain a comprehensive understanding of fintech from the origins, drivers, and global impact of fintech, with a focus on transformative technologies like AI, blockchain, and open banking
  • Explore disruptive trends and learn how advancements in digital payments, digital lending, and insuretech are reshaping traditional financial models
  • Acquire the skills to analyse and leverage fintech innovations to drive business transformation, growth, and sustainability
  • Equip yourself with strategic insight to stay ahead of the curve, seize opportunities presented by fintech and lead digital transformations in the financial services industry
Certification
  • Certificate of Completion: Awarded by [IBCaM / TechnoStruct / Bexel Manager] (Triple Certification).
  • Includes real-world project validation and LinkedIn shareable credentials.​
  • Optional work experience certificate from TechnoStruct LLC (California).
Learning Outcomes
  • Understand BIM Fundamentals
  • Coordinate Multidisciplinary Models
  • Perform Clash Detection and Resolution
  • Generate Coordinated Shop Drawings
  • Utilize Common Data Environments (CDE)
  • Apply Industry Standards and Protocols
  • Collaborate in Real-Time with Teams
  • Manage BIM Data for Facility Handover

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
    • Lesson 6. BIM STANDARDS
    • Lesson 7. BIM DOCUMENTS
    • Lesson 8. BIM MANAGEMENT
    • Lesson 9. BIM WORKING METHOLOGY
  • 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
  • DISCIPLINE MODELING
    • Part 1. SPACING AND ZONING
    • Part 2. Space Definition and Space input
    • Part 3. Zone allocation and Zone input
    • Part 4. Defining Location
    • Part 5. Defining Space Boundaries
    • Part 6. Energy settings
    • Part 7. Defining Location- Lat, Long
    • Part 8. Exporting gbXML file
    • Part 9. Importing gbXML file in HAP software
    • Part 10. Interoperability of HAP and Revit
  • DISCIPLINE MODELING
    • Part 11. Carrying Heat Load calculation
    • Part 12. Pressure Drop calculation
    • Part 13. 3D VIEW
    • Part 14. Duct Sizing
    • Part 15. DUCT TYPE
    • Part 16. DUCT ROUTING MODELING
    • Part 17. DUCT ROUTING_AUTOMATIC
    • Part 18. DUCT ROUTING PREFERENCE
    • Part 19. DUCT SYSTEM
    • Part 20. MECHANICAL EQUIPMENT(PUMPS, AHU, FCU, CHILLER, COOLING TOWER ETC.)
    • Part 21. AIR TERMINAL PLACEMENT
  • 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
    • Part 7. Piping segment Preparation with Material list
  • 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
    • Part 12. CONDUIT ROUTING
  • EXAMINATION
    • VIEW SETTINGS
    • Part 1. VISIBILITY GRAPHIC
    • Part 2. VIEW TEMPLATES
    • Part 3. VIEW RANGE
    • Part 4. RULE BASED FILTER
    • Part 5. GROUP BASED FILTER
  • EXAMINATION
    • 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
  • EXAMINATION
    • 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
    EXAMINATION
    • 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
    • FAMILY CREATION
    • Part 1. FAMILY INTRODUCTION
    • Part 2. REFERENCE PLANE, REFERENCE LINE
    • Part 3. FAMILY TEMPLATES
    • Part 4. CREATING FORMS OF FAMILIES- EXTRUSION, SWEEP, BLEND, REVOLVE, VOID
    • Part 5. NESTED FAMILY
    • Part 6. 3D FAMILY
    • Part 7. ADDING PARAMETERS
    • Part 8. REFERENCE PLANES
    • Part 9. 2D FAMILIES, LINE BASED FAMILY
    • Part 10. GENERIC ANNOTATION FAMILY
    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
    COORDINATION AND CLASH DETECTION
    • Part 1. COORDINATION AND CLASH DETECTION
    • Part 2. REVIT INTEREFERNECE CHECK
    • Part 3. EXPORT TO NAVISWORKS
    • Part 4. CLASH DETECTION

Software Used

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