Certificate Course in BIM Essentials
Course Information
Duration: 30 Hours
Description
The Certificate Course in BIM Essentials is a comprehensive course designed to introduce students to the fundamentals of Building
Information Modeling (BIM) and its application across various sectors of the Architecture, Engineering, and Construction
(AEC) industry. This program covers essential BIM tools and processes used in modern design, analysis, and construction.
Upon completion, students will be able to effectively apply BIM concepts in projects such as residential, commercial, or
mixed-use developments.
Course Outline
Module 1: Revit Fundamentals
Revit Fundamentals
- Introduction to BIM and Revit Software
- Setting up Revit Projects and Understanding User Interface
- Basic Modeling Techniques (Walls, Floors, Roofs, Doors, Windows)
- Family Creation and Management
- Collaboration and Work-Sharing in Revit
- Introduction to Revit for Architectural Design, Structural Design and MEP System
Module 2: Architectural Design with Revits
Architectural Design with Revit
- Advanced Architectural Modeling in Revit
- Creation of 3D Models and Visualization
- Detailing, Annotations, and Dimensioning in Architectural Designs
- Exporting Designs for Collaboration and Presentations
- Workflows between Revit and other BIM Tools
Module 3: Structural Design with Revit
Structural Design with Revit
- Understanding Structural Modeling Features Of Revit
- Structural Families, Components, and System Creation
- Structural Analysis and Designing Foundations, Beams, and Columns
- Generating Structural Schedules and Reports
- Introduction to Structural BIM Workflows
Module 4: MEP Design with Revit
MEP Design with Revit
- Introduction to MEP (Mechanical, Electrical, and Plumbing Design)
- Creating MEP Systems in Revit
- Integration of MEP with Architectural and Structural Models
- Clash Detection and Coordination for MEP Designs
- Documentation and Schedule Generation for MEP Systems
Module 5: Collaboration and BIM Workflow, Sample lines, Sections, and quantity takeoffs
Revit Fundamentals
- Overview of Collaborative Workflows in BIM
- Cloud-Based Collaboration using Autodesk Docs
- Coordination between Teams (Architects, Engineers, MEP, etc.)
- File-Sharing best Practices and Cloud Services
Module 6: Civil 3D and Infraworks Introduction
Civil 3D and Infraworks Introduction
- Introduction to Civil 3D and its Features
- Site Modeling, Terrain Analysis, and Grading
- Integration of Civil 3D Data into BIM Workflows
- Exploring Infraworks for Infrastructure Modeling and Design
- Linking Civil 3D Designs to Revit and Navisworks
Module 7: Scan to BIM
Scan to BIM
- Overview of Point Cloud Technology
- Converting Scanned Data to BIM Models using ReCap
- Aligning Point Clouds with 3D Models in Revit
- Applications of Scan to BIM in Renovation and Existing Structures
Module 8: Common Data Environment (CDE)
Common Data Environment (CDE)
- Introduction to CDE and its Role in BIM Projects.
- Best Practices for Managing Project data.
- Integration of BIM Tools with CDE Platforms.
- Collaborating and Sharing Documents using Autodesk Docs.
Module 9: 4D, 5D, and 6D BIM
4D, 5D, and 6D BIM
- Overview of time (4D), cost (5D), and Facility Management (6D) in BIM
- Site Modeling, Terrain Analysis, and Grading
- Using Navisworks for 4D Project Scheduling
- Estimating and Cost Management using BIM (5D)
- Facility Management and Lifecycle Data Integration (6D)
Module 10: Clash Detection with Navisworks
Clash Detection with Navisworks
- Introduction to Navisworks for BIM Project Review
- Performing Clash Detection between Different Building Systems
- Generating Clash Reports and Resolving Issues in Design Coordination
- Working with Large Datasets and 3D Model Coordination
Module 11: Introduction to Tandem
Introduction to Tandem
- Overview of Autodesk Tandem for Digital Twins and Asset Management.
- Linking 3D Models with Operational Data for Lifecycle Management
- Using Tandem in Facility Operations and Maintenance
Module 12: Introduction to BIM Standards and Documentation
Introduction to BIM Standards and Documentation
- BIM Standards for the AEC Industry (ISO 19650, AIA BIM Guidelines)
- BIM Document Management and Best Practices
- BIM Execution Plans and Project Deliverables
- Understanding and Working with BIM Protocols
Module 13: Capstone Project
Capstone Project
- Application of Learned Skills in a Commercial, Residential, or Mixed-Use
- BIM Project
- Developing a Complete BIM Project from Start to Finish
- Presentation of the Project, Including Architecture, Structure, and MEP Design
- Collaboration with Fellow Students to Finalize the Project