Course Outline
Introduction to ArchiCAD
- Overview of ArchiCAD capabilities and its role in design processes and Building Information Modeling (BIM)
- Navigating the ArchiCAD user interface and workspace configuration
- Fundamental principles of 2D drafting and 3D modeling
- Overview of the Building Information Modeling workflow for government projects
- Essential tools and commands for developing 3D models
Managing 2D and 3D Views
- Creating and transitioning between 2D drawings and 3D perspectives
- Utilizing navigation tools and keyboard shortcuts
- Configuring multiple views to support project requirements
- Exporting and printing documentation in 2D or 3D formats
- Resolving common visualization discrepancies
Using Objects and Components
- Accessing and utilizing object libraries
- Developing custom objects and components
- Editing and adjusting object properties
- Implementing snapping, grouping, and interaction methods
Organizing Layers and Classes
- Establishing and managing layer structures
- Configuring layer combinations and class assignments
- Controlling element visibility and organizing design components via layers
- Applying visual filters and attribute overrides
Defining Building Materials
- Analyzing material properties and specifications
- Creating and assigning materials to model elements
- Optimizing material definitions for rendering outcomes
- Resolving material-related display issues
Developing Sections, Elevations, and Details
- Fundamentals of section and elevation drafting
- Creating and modifying section and elevation views
- Incorporating detailed annotations into sections and elevations
- Utilizing markers, clipping planes, and view settings
Generating Building Schedules and Documentation
- Creating and maintaining schedules (e.g., door, window, and material inventories)
- Generating reports and customizing schedule templates
- Exporting and structuring project documentation
- Implementing best practices for project template development for government use
Conducting Building Energy Analysis and Performance Optimization
- Principles of building energy modeling
- Executing energy analysis and producing performance reports
- Enhancing energy efficiency and sustainability outcomes
- Integrating energy analysis into the standard BIM workflow
Implementing Rendering and Visualization Techniques
- Fundamentals of rendering processes
- Configuring lighting, materials, and textures
- Producing photorealistic images and visualizations
- Creating animations and exporting 3D walkthroughs
Facilitating Collaboration and Interoperability
- Managing teamwork and coordination within ArchiCAD
- Exchanging data using Industry Foundation Classes (IFC)
- Integrating ArchiCAD with external software tools (e.g., Revit, Navisworks) for government interoperability standards
- Resolving data exchange and collaboration challenges
Advanced Building Automation and Simulation
- Configuring building automation systems
- Running simulations for thermal, lighting, and structural performance
- Optimizing building systems to improve energy efficiency
- Leveraging simulation data to guide design decisions
Summary and Next Steps
Requirements
- Demonstrated proficiency in operating computing systems, administering file repositories, and interacting with software environments
Target Audience
- Systems architects
- Architectural designers
Testimonials (2)
Understanding how to interact with the software efficiently. There were many times I would initially go a certain way about completing a drawing, and then Jai would show me an easier or more efficient method.
Ben Milligan
Course - AutoCAD: Beginner to Advanced
The practices and the fact that you can share your screen for guidance from the trainer
