BIM, Revit, Power BI & ETABS

Advance your technical skills with specialized modules in BIM coordination, structural analysis, and project data visualization for modern construction professionals.

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Detailed Course Syllabi

Expand each module to view its comprehensive syllabus.

Module 1: BIM Fundamentals & Coordination

Overview

This module introduces the core concepts of Building Information Modeling (BIM) and its implementation in modern construction projects.

Topics Covered

  • BIM concepts and terminology
  • BIM dimensions (3D, 4D, 5D, 6D, 7D)
  • BIM Execution Plans (BEP)
  • Common Data Environment (CDE)
  • Level of Development (LOD) specifications
  • Clash detection and coordination workflows
  • BIM standards and protocols (ISO 19650)
  • Interoperability between BIM platforms
Module 2: Autodesk Revit for Architecture & MEP

Overview

Learn how to use Autodesk Revit for architectural design and MEP (Mechanical, Electrical, Plumbing) systems modeling.

Topics Covered

  • Revit interface and navigation
  • Project setup and templates
  • Building elements and families
  • Floor plans, elevations, and sections
  • MEP systems modeling
  • Duct and pipe sizing
  • Electrical circuits and panel schedules
  • Coordination between architectural and MEP models
Module 3: Revit for Structural Engineering

Overview

Master the use of Revit for structural engineering, including structural elements, reinforcement, and analytical models.

Topics Covered

  • Structural grids and columns
  • Beams, trusses, and bracing
  • Foundations and footings
  • Structural floors and walls
  • Reinforcement detailing
  • Structural connections
  • Analytical model creation and validation
  • Integration with analysis software
Module 4: ETABS for Structural Analysis

Overview

Learn how to use ETABS for structural analysis and design of buildings, with a focus on seismic and wind load analysis.

Topics Covered

  • ETABS interface and modeling workflow
  • Material properties and section definitions
  • Structural modeling techniques
  • Load cases and combinations
  • Seismic analysis methods
  • Wind load simulation
  • Design code implementations
  • Result interpretation and reporting
Module 5: 4D Construction Simulation with Synchro

Overview

Explore 4D BIM using Synchro to link construction schedules with 3D models for visualization and optimization of construction sequences.

Topics Covered

  • Synchro interface and functionality
  • Importing 3D models from various sources
  • Schedule integration (from P6 and MS Project)
  • Task-object relationships
  • Construction sequence simulation
  • Resource visualization
  • Logistics planning
  • 4D analysis for constructability review
Module 6: 5D Cost Estimation & Management

Overview

Learn how to implement 5D BIM for cost estimation, quantity takeoff, and cost management throughout the project lifecycle.

Topics Covered

  • BIM-based quantity takeoff methods
  • Cost database development
  • Material and resource costing
  • Cost breakdown structures
  • Cash flow projections
  • Change order impact analysis
  • Value engineering using BIM
  • Integration with estimating software
Module 7: Power BI for Project Dashboards

Overview

Master Microsoft Power BI for creating interactive project dashboards and visualizations that transform raw project data into actionable insights.

Topics Covered

  • Power BI Desktop fundamentals
  • Data import and transformation
  • Data modeling relationships
  • DAX measures and calculations
  • Visual creation and customization
  • Project KPI dashboards
  • Interactive filtering and slicing
  • Publishing and sharing reports
Module 8: Integrated Project Delivery & Final Project

Overview

Apply all learned skills in an integrated project that simulates real-world BIM implementation across multiple disciplines.

Topics Covered

  • Integrated Project Delivery (IPD) methodology
  • Cross-discipline BIM coordination
  • Federated model management
  • Issue tracking and resolution
  • Design review workflows
  • Construction documentation from BIM
  • As-built model development
  • BIM for facility management handover

Final Project

Students will work on a comprehensive project that includes:

  • Creating architectural, structural, and MEP models in Revit
  • Performing structural analysis in ETABS
  • Developing 4D construction sequence in Synchro
  • Creating project dashboards in Power BI
  • Presenting a complete BIM execution strategy

Certification

Upon successful completion of the course and final project, students receive a PPMI Certificate in BIM & Technical Skills, recognized by employers worldwide.