Course Outline
Foundations of ArchiCAD
- Overview of ArchiCAD and its role in design and BIM.
- Exploring the ArchiCAD interface and workspace organization.
- Core principles of 2D and 3D modeling.
- Introducing the Building Information Modeling (BIM) workflow.
- Essential tools and commands for constructing 3D models.
Managing 2D and 3D Perspectives
- Creating and transitioning between 2D and 3D views.
- Mastering navigation tools and keyboard shortcuts.
- Configuring multiple views for a single project.
- Exporting and printing 2D/3D visualizations.
- Resolving common visualization challenges.
Interaction with Objects and Components
- Exploring the object library ecosystem.
- Designing custom objects and components.
- Modifying and refining object properties.
- Techniques for object snapping, grouping, and interaction.
Organization via Layers and Classes
- Establishing and managing layer structures.
- Managing layer combinations and classes.
- Utilizing layers to control visibility and organize design elements.
- Implementing filters and property overrides.
Application of Building Materials
- Analyzing building materials and their attributes.
- Creating and assigning materials to project objects.
- Optimizing material settings for rendering and visualization.
- Addressing material-related technical issues.
Developing Sections, Elevations, and Details
- Concepts behind sections and elevations.
- Generating and editing section and elevation views.
- Enhancing sections and elevations with specific details.
- Using markers, clipping planes, and view settings.
Building Schedules and Documentation
- Creating and managing schedules (e.g., doors, windows, material take-offs).
- Generating reports and customizing schedule outputs.
- Exporting and organizing project documentation.
- Best practices for establishing project templates.
Building Energy Analysis and Performance
- Basics of building energy modeling.
- Conducting energy analysis and generating performance reports.
- Optimizing energy consumption for sustainability.
- Integrating energy analysis into the BIM process.
Rendering and Visualization Strategies
- Introduction to rendering methodologies.
- Working with lighting, materials, and textures.
- Producing photorealistic renderings and visualizations.
- Animating and exporting 3D walkthroughs.
Collaboration and Interoperability
- Managing teamwork and collaborative workflows in ArchiCAD.
- Data exchange using Industry Foundation Classes (IFC).
- Integration with third-party software (e.g., Revit, Navisworks).
- Resolving data exchange and collaboration bottlenecks.
Advanced Automation and Simulation
- Configuring building automation systems.
- Executing thermal, lighting, and structural performance simulations.
- Optimizing building systems for energy efficiency.
- Leveraging simulation data to drive design decisions.
Conclusion and Future Directions
Requirements
- Proficiency in basic computer operations, file management, and navigating software interfaces.
Target Audience
- 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
