SKETCHUP Course Content 

1. Introduction to SketchUp

• Overview of SketchUp interface and essential tools

• Setting up SketchUp with Australian drawing standards

• Navigating the SketchUp workspace: Model space, toolbars, and views

• Customizing preferences and settings for Australian projects

2. Basic Drawing and Modeling Techniques

• Introduction to basic drawing tools: Lines, rectangles, arcs, and circles

• Working with push/pull, offset, and follow-me tools

• Drawing in 2D and converting to 3D geometry

• Modifying objects using move, scale, and rotate tools

• Using groups and components for reusable elements in projects

3. Advanced Drawing and Modeling Techniques

• Working with layers, scenes, and viewports

• Creating complex forms using advanced tools like sandbox, solid tools, and curviloft

• Modeling architectural details: Windows, doors, walls, and roof structures

• Modeling furniture and interior elements for residential and commercial spaces

4. Working with Materials and Textures

• Applying and editing materials in SketchUp

• Creating custom textures for Australian finishes

• Working with material libraries: Importing from external sources and online resources

• Organizing materials and textures for easy application

• Using material editor to fine-tune textures, including scaling and positioning

5. Creating Components and Groups

• Understanding the difference between groups and components

• Creating and managing reusable components for Australian architectural designs

• Importing 3D models and components from external libraries (like 3D Warehouse)

• Creating parametric components and setting up dynamic attributes

6. Creating Detailed 3D Models

• Modeling specific Australian architectural elements: Roof pitches, wall cladding, and window frames

• Advanced techniques for modeling organic shapes and curvilinear forms

• Working with the Scale tool, mirroring, and rotating objects for complex designs

• Integrating building components such as foundations, slabs, and structural elements

7. SketchUp for Site Modeling and Landscape Design

• Importing topographical data for site modeling

• Creating contours and working with terrain and site-specific features

• Modeling outdoor elements: Paths, driveways, and landscape features

• Using terrain tools and SketchUp for landscaping in Australian conditions

• Importing AutoCAD drawings for site plans and architectural layouts

8. Working with Groups and Layers

• Organizing models with layers for clear presentation

• Creating working layers for different construction disciplines (architecture, landscaping, MEP)

• Managing visibility, style settings, and layer overrides for more efficient workflow

• Using scenes and transitions to visualize changes

9. Lighting and Shadows in SketchUp

• Understanding and controlling light and shadow settings for realistic visualization

• Setting up shadows based on geographic location (for Australian cities)

• Using lighting tools to simulate natural daylight and adjust the time of day

• Adjusting shadow lengths and angles for site-specific accuracy

10. Exporting and Sharing SketchUp Models

• Exporting models to different file formats: .dwg, .stl, .obj, and others

• Preparing models for 3D printing and CNC milling

• Importing and exporting with other software like AutoCAD and Revit

• Sharing SketchUp models with team members and clients via cloud storage

11. SketchUp Layout for Professional Documentation

• Introduction to SketchUp Layout for creating professional drawings

• Setting up templates for Australian architectural and construction projects

• Working with scalable vector-based drawings for printing and presentation

• Creating sections, elevations, and detailed views from 3D models

• Adding annotations, dimensions, and callouts in Layout for Australian standards

• Preparing presentation sheets and export for print

12. Style Builder for Custom Styles

• Understanding SketchUp’s Style Builder tool for creating custom line styles and textures

• Designing specific line styles for architectural drawings, including hatching, textures, and color schemes

• Creating professional-looking sketches for conceptual presentations and visualizations

• Customizing line weights, color, and style for various presentation needs

• Saving and managing custom styles to streamline workflows for future projects

13. Enscape Rendering for Stunning Visuals

• Introduction to Enscape and its integration with SketchUp for real-time rendering

• Setting up Enscape for optimal rendering output in SketchUp

• Working with Enscape’s materials, lighting, and camera settings to enhance visual quality

• Real-time rendering for presentations: Walkthroughs, flythroughs, and animation tools

• Customizing daylight settings and artificial lighting in Enscape for realistic rendering

• Exporting high-quality images, videos, and panoramas for client presentations

• Understanding the workflow for Enscape rendering for architectural and interior design presentations

14. Advanced Visualization and Presentation Techniques

• Creating and managing photorealistic renders using Enscape’s built-in features

• Setting up custom camera views and scene transitions for animation sequences

• Working with VR (Virtual Reality) and 360-degree views for immersive client presentations

• Using Enscape to explore and present projects in real-time for design reviews and approvals

15. Optimizing Models and Finalizing Projects

• Finalizing SketchUp models for export and collaboration

• Optimizing models for performance and export efficiency

• Cleaning up models by removing unnecessary geometry and components

• Preparing final models for presentation, including layout, rendering, and project documentation