Certificate Course in BIM Structure
Course Information
Duration: 30 Hours
Description
The Certificate Course in Structural BIM (Building Information Modeling) offers an in-depth understanding of the latest
tools and techniques in the AEC (Architecture, Engineering, and Construction) industry. This comprehensive 3-month
program covers a wide range of topics, including Revit Fundamentals, Structural Design, Family Creation, Structural
Analysis using STAAD and Robo Structural Analysis, Common Data Environment (CDE), Clash Detection, and much more. The
course equips students with the knowledge and practical skills to effectively use BIM software and workflows, preparing
them for a successful career in Structural BIM.
Course Outline
Module 1: Introduction to BIM and Revit Fundamentals
Introduction to BIM and Revit Fundamentals
Overview of BIM
- Introduction to Building Information Modeling, its Significance, and applications in the Construction Industry
Revit Fundamentals
- User Interface, Navigation, and Basic Tools
- Architectural, Structural, and MEP Disciplines in Revit
- Model Creation and Visualization Techniques
- Working with Templates and Project Standards
Module 2: Architectural Design in BIM
Architectural Design in BIM
Designing with Revit Architecture
- Floor Plans, Walls, Roofs, and Windows
- Parametric Design and 3D Modeling
- Working with Families and Components
Site Planning and Layout
- Terrain Modeling and Site Analysis
- Landscape Design Integration
Collaboration with other Disciplines
- Coordination with Structural and MEP Teams
- Managing Worksets and Design Coordination
Module 3: Structural Design with Revit
Structural Design with Revit
Structural Modeling in Revit
- Creating Structural Elements like Beams, Columns, and Foundations
- Structural Framing, Walls, and Slabs
- Family Creation for Structural Components
Structural Analysis
- Integrating with STAAD Pro and Robo Structural Analysis for Load
- Exporting Models for Analysis and Review
- Structural Design Validation and Optimization
Module 4: Family Creation and Advanced BIM Techniques
Family Creation and Advanced BIM Techniques
Family Creation in Revit
- Developing Custom Families for Structural and Architectural Elements
- Understanding Revit Family types, Parameters, and Constraints
Advanced BIM Features
- Parametric Modeling and Advanced Family Editing
- Automation of Design and Documentation through Revit’s Scheduling Features
Module 5: Common Data Environment (CDE) and Project Collaboration
Common Data Environment (CDE) and Project Collaboration
Introduction to CDE
- Benefits of a Common Data Environment in Collaborative Projects
- Integration of Project Data and Documentation in BIM
- Using Autodesk Docs for Document Management and Version Control
Managing Project Data
- Real-time Project Updates and Versioning with Autodesk Docs
- Collaboration between Stakeholders and Disciplines in the BIM Environment
Module 6: 4D, 5D, and 6D BIM for Project Management
4D, 5D, and 6D BIM for Project Management
4D BIM (Time Simulation)
- Scheduling and Construction Sequencing Using BIM Tools
- Integrating Project Timelines with 3D Models
5D BIM (Cost Management)
- Linking Project Costs to the BIM Model
- Estimation, Cost Analysis, and Tracking
6D BIM (Sustainability and Lifecycle Management)
- Sustainable Building Practices and Energy Analysis with Insight 360
- Lifecycle Management using BIM for ongoing Facility Operations and Maintenance
Module 7: Clash Detection and Coordination
Clash Detection and Coordination
Clash Detection using Navisworks
- Identifying and Resolving Clashes in Multi-Disciplinary Models
- Using Navisworks for Visual Clash Detection and Coordination
- Issue Tracking and Reporting
Module 8: Autodesk Docs, BIM Documents, and Standards
Autodesk Docs, BIM Documents, and Standards
Introduction to BIM Documentation
- Understanding BIM Documentation, Templates, and Standards
- Exporting and Sharing BIM Models with Stakeholders
- Document Management Best Practices using Autodesk Docs
BIM Standards and Best Practices
- Overview of International and Industry Standards
- Implementing BIM Standards in Project Workflows
Module 9: Capstone Project
Capstone Project
Project Development
- Apply Knowledge and Skills Gained to Create a Complete BIM Model for a Commercial, Residential, or Mixed-Use Project
- Incorporate Architectural and Structural Design, Analysis, Clash Detection, and Project Management
Project Presentation and Review
- Present your Final Project to Peers and Instructors
- Receive Feedback and Refine your Project for Real-World Applications