Architectural Visualization with SketchUp, Lumion & D5
Architectural Visualization with SketchUp, Lumion & D5
We are excited to introduce our Architectural Visualization with SketchUp
and Lumion Program, a transformative learning journey designed to equip you with the
skills and insights needed to excel in the dynamic field of architectural visualization.
SketchUp and Lumion are industry-leading tools, and this program delves into their
intricacies, covering critical aspects such as 3D modeling, rendering, and creating
photorealistic visualizations of architectural projects.
Course Objectives
- Equip learners with essential skills in 3D architectural modeling using SketchUp.
- Provide practical knowledge on applying realistic materials, textures, and components.
- Develop a strong understanding of model organization using groups, components, tags, and scenes.
- Introduce efficient workflows for preparing models for rendering and visualization.
- Explore the full potential of Lumion for creating photorealistic exterior and interior scenes.
- Teach effective lighting, shadow, and environmental techniques for realistic renders.
- Familiarize students with real-time rendering using D5 Render, including advanced material and lighting control.
- Enable creation of walkthroughs, camera animations, and video exports for presentations.
- Encourage creativity and precision in architectural design visualization.
- Prepare students to build a professional portfolio showcasing their visualization work.
Learning Outcomes
- Design and model detailed architectural structures including walls, floors, roofs, and multi-story buildings using SketchUp.
- Apply and customize materials and textures accurately for both interior and exterior design.
- Organize models efficiently using tags, layers, and scene management tools.
- Apply weather effects, human elements, and landscaping for enhanced visual storytelling.
Target Audience
This course is ideal for architects, civil engineers, draughtsmen, quantity surveyors, interior and exterior designers, as well as students following civil-related technical programs. It also suits professionals like land surveyors and building contractors who wish to develop or enhance their skills in 3D architectural visualization.
Prerequisites
Fundamental knowledge about building construction process.
Course Structure
- Understanding 3D Visualization
• Definition and applications of 3D visualization in various industries.
• Importance of 3D modeling for architectural design, interior design,
and urban planning.
• Introduction to SketchUp
• Overview of SketchUp as a powerful 3D modeling software.
• Benefits and versatility of SketchUp for beginners and professionals.
• Exploring SketchUp Interface
• Overview of SketchUp interface components, including templates,
sign-in options, and Trimble integration.
- Understanding Software Interface
• Introduction to axes, zoom in/out, orbit, pan, and selection tools in
SketchUp.
• Exploring the File, Edit, View, Camera, and Window tabs for navigation
and customization.
• Basic Modeling Tools
• Introduction to basic modeling tools: Selection, Eraser, Paint Bucket,
Drawing Tools, and Inferencing.
• Hands-on practice with each tool to understand their functionalities.
- Basic Modeling Practice
• Practical exercises on basic modeling actions: Move, Rotate, Copy,
Push/Pull, Scale, and Offset.
• Introduction to Follow Me tool for creating extrusions along paths.
• Groups, Components, and Tags
• Understanding the concept of groups and components for organizing
and managing model elements.
• Exploring the use of tags (layers) for organizing and controlling
visibility.
- Advanced Modeling Practice
• Hands-on activities focusing on advanced modeling techniques: creating
complex shapes, using guides, and working with more intricate models.
• Exploring SketchUp Components
• Understanding the Outliner and Entity Info panels for efficient model
management.
• Introduction to Components Tray and Instructor Tray for advanced
modeling workflows
- Guided Practice: Creating a Bookshelf
• Step-by-step instructions for designing and modeling a basic bookshelf using
SketchUp.
• Application of basic and advanced modeling techniques learned throughout
the course.
- Understanding Single Story Plans
• Introduction to single-story architectural plans and their components.
• Overview of typical elements: walls, openings (doors, windows), and floors.
• Modeling Walls and Openings
• Techniques for modeling walls of varying thickness and height.
• Creating openings for doors and windows with precise dimensions and
placements.
• Ensuring proper alignment and orientation of architectural elements.
• Designing Floors
• Methods for creating floors with different materials and textures.
• Exploring options for floor layout and material application.
• Considering factors like material durability, aesthetics, and functionality.
- Applying Materials in SketchUp
• Introduction to material application tools in SketchUp.
• Applying predefined materials from the SketchUp library to model surfaces.
• Scaling and Resizing Materials
• Understanding the importance of scaling and resizing materials to fit model
surfaces accurately.
• Techniques for adjusting material scale and proportions for realistic
representation.
• Texture Positioning and Adjustment
• Exploring methods for positioning and aligning textures on model surfaces.
• Fine-tuning texture placement and orientation for desired visual effects.
• Creating a Paint Swatch
• Step-by-step process for creating custom paint swatches within SketchUp.
• Utilizing the color picker tool and RGB values for precise color selection.
- Matching Colors On-Screen
• Techniques for accurately matching colors from reference images or screens.
• Using color sampling tools in SketchUp for color matching and coordination.
• Importing Textures
• Importing textures from external sources into SketchUp for custom material
creation.
• Exploring file formats and compatibility for texture importation.
• Creating Textures from Google Images
• Extracting textures from Google Images and incorporating them into SketchUp
models.
• Importing Wallpaper Textures
• Guidelines for importing wallpaper textures into SketchUp for interior design
projects
- Exploring Free 3D Model Websites
• Introduction to online repositories offering free 3D models and materials.
• Overview of popular websites such as SketchUp’s 3D Warehouse, TurboSquid,
and CGTrader.
• Understanding licensing terms and usage rights associated with free models
and materials. - Selecting and Downloading 3D Models
• Techniques for searching and filtering 3D models based on project
requirements.
• Evaluating model quality, polygon count, and compatibility before
downloading.
• Best practices for organizing downloaded models and materials for efficient
project management.
- Introduction to SketchUp’s 3D Warehouse
• Overview of SketchUp’s built-in repository of 3D models and components.
• Exploring the vast library of pre-made components, furniture, fixtures, and
textures available for free download.
• Importing Components into SketchUp
• Step-by-step process for searching and selecting components from the 3D
Warehouse.
• Techniques for importing downloaded components into SketchUp projects.
• Understanding component scaling and alignment for seamless integration into
designs.
- Moving Components in SketchUp
• Understanding the Move tool and its functionalities for relocating
components within a model.
• Techniques for precise positioning and alignment of components relative to
other elements in the design.
• Rotating and Scaling Components
• Exploring rotation and scaling tools for adjusting the orientation and size of
imported components.
• Tips for maintaining component integrity and proportionality during rotation
and scaling operations.
- Understanding the Component Tool Palette
• Overview of the Component Tool Palette in SketchUp and its features.
• Navigating through categories and subcategories to find specific components.
• Customizing the Component Tool Palette for quick access to frequently used
components.
• Utilizing the Component Window
• Exploring the Component Window for advanced component management and
organization.
• Using features like nesting, editing, and saving components for efficient workflow
management.
- Understanding Live Components
• Introduction to SketchUp’s Live Components feature for dynamic, parametric
modeling.
• Exploring the benefits of Live Components for design iteration and flexibility.
• Overview of available Live Component libraries and resources.
- Adding Skirting Details
• Techniques for adding skirting details to walls and floors for enhanced visual
appeal.
• Utilizing SketchUp’s drawing and modeling tools for precise skirting design
and placement.
• Designing the Roof
• Methods for creating and detailing roof structures, including gables, hips, and
dormers.
• Exploring roof modeling techniques for various architectural styles and
configurations.
• Completing the Ceiling
• Strategies for modeling and detailing ceiling elements, such as beams, rafters,
and ceiling finishes.
• Incorporating lighting fixtures, vents, and other ceiling accessories for realistic
representation.
- Constructing Walls and Floors
• Utilizing SketchUp’s modeling tools to create walls and floors for both stories.
• Ensuring structural integrity and proper alignment of architectural elements.
• Adding Slabs, Beams, and Columns
• Implementing slabs to define floor levels and structural components.
• Modeling beams and columns to support the two-story structure.
• Maintaining consistency in material application and detailing throughout the
model.
- Installing Doors and Windows
• Incorporating doors and windows into the model with precise placement and
sizing.
• Exploring SketchUp’s components library for a variety of door and window
styles.
• Additional Detailing
• Adding architectural details such as moldings, trims, and decorative elements.
• Enhancing realism with features like stairs, railings, and balconies.
- Landscape Designing
• Integrating landscaping elements such as gardens, pathways, and outdoor
furniture.
• Enhancing curb appeal with vegetation, terrain features, and hardscaping.
• Converting for Rendering
• Optimizing the model for rendering by adjusting geometry and materials.
• Ensuring proper layering and organization for efficient rendering workflows.
- Creating and Assigning Tags
• Utilizing tags (layers) to organize model components and elements.
• Assigning tags to objects based on visibility and editing preferences.
• Creating Design Option Tags
• Implementing design option tags to explore alternate design iterations within
the same model.
• Streamlining design decision-making and presentation processes.
- Setting Up Scenes
• Creating scenes to capture different views and perspectives of the model.
• Adjusting camera angles, positions, and perspectives for each scene.
• Positioning Camera and Setting Field of View
• Fine-tuning camera settings for optimal visualization and presentation.
• Setting field of view parameters to control perspective and depth perception.
• Rendering Preparation and Workflow
• Preparing for Rendering
• Reviewing model components, materials, and lighting conditions for rendering
readiness.
• Addressing any potential issues or discrepancies that may affect rendering
quality.
• Exporting for Rendering
• Exporting model files in compatible formats for rendering software such as
Lumion.
• Ensuring proper file organization and naming conventions for efficient
rendering workflows
- Understanding SketchUp Styles
• Introduction to SketchUp styles and their role in visualization.
• Exploring different style presets and their effects on model presentation.
• Editing and Updating Styles
• Customizing existing styles to match project requirements.
• Adjusting line weights, textures, and visual effects for desired rendering
outcomes.
• Introduction to Shadows
• Understanding the significance of shadows in architectural visualization.
• Exploring SketchUp’s shadow settings and their impact on rendering quality.
- Exporting Images
• Utilizing SketchUp’s export options to save images in various formats.
• Adjusting image resolution and quality settings for optimal output.
• Exporting to PDF
• Exporting SketchUp models to PDF format for digital presentation and
documentation.
• Managing layers and scenes to create interactive PDF documents.
• Exporting an Animation
• Creating animated sequences using SketchUp scenes and camera transitions.
• Exporting animations in supported video formats for client presentations and
marketing materials.
- 2-Point Perspective and Axonometric Views
• Understanding the principles of 2-point perspective and axonometric
projection.
• Applying perspective techniques to enhance the depth and realism of
architectural drawings.
• Creating a Walkthrough
• Planning and scripting a walkthrough sequence to showcase the model’s
spatial qualities.
• Utilizing SketchUp’s animation tools to navigate through the model in real-
time.
- Introduction to Lumion
• Overview of Lumion as a powerful rendering software for architectural
visualization.
• Understanding Lumion’s interface and key features for exterior rendering.
• Importing Models into the Scene
• Techniques for importing SketchUp or other 3D models into Lumion.
• Optimizing imported models for efficient rendering and scene integration.
• Light and Shadow
• Exploring Lumion’s lighting tools to enhance exterior scenes.
• Adjusting sunlight, ambient lighting, and shadow settings for realistic illumination.
• Setting up Render Presets
• Understanding render presets and their impact on rendering quality and speed.
• Configuring render settings for optimal performance and visual fidelity.
• Materials and Shaders
• Applying materials and shaders to surfaces for realistic texture and appearance.
• Customizing material properties such as reflectivity, roughness, and transparency
• Placing Assets and Humanization
• Adding vegetation, furniture, vehicles, and other assets to populate the scene.
• Incorporating human figures and animations for scale and context - Detailing the Scene
• Fine-tuning scene details such as terrain, water bodies, and landscape
elements.
• Adding details like fences, signage, and outdoor amenities for visual interest.
- Camera Techniques
• Mastering camera controls and perspectives for interior visualization.
• Understanding focal length, depth of field, and camera movement for
dynamic shots.
• Light and Shadow
• Implementing interior lighting techniques for realistic illumination.
• Adjusting light sources, intensity, and color temperature to create desired
ambiance.
• Weather and Climate, and Color Correction
• Simulating weather and climate effects such as fog, rain, and snow for
atmospheric rendering.
• Applying color correction and post-processing effects to enhance interior
visuals.
• Scene Setup
• Organizing interior scenes for efficient rendering and navigation.
• Creating interior layouts and compositions that highlight design elements.
• Adding Presets & Customization
• Utilizing Lumion’s preset effects and filters for quick scene enhancement.
• Customizing effects and settings to achieve specific visual styles and moods.
• Material Setup
• Applying materials to interior surfaces including walls, floors, and ceilings.
• Adjusting material properties and textures for realism and visual appeal.
• Artificial Lighting
• Implementing artificial lighting sources such as lamps, sconces, and recessed
lights.
• Balancing natural and artificial lighting to create well-lit and inviting interior
spaces.
- Overview of D5 Render
Introduction to D5 Render as a powerful real-time rendering software.
Understanding the capabilities and features of D5 Render for architectural
visualization.
Interface and Navigation
Navigating the D5 Render interface: viewport, toolbar, and settings panel.
Understanding the layout and organization of tools and menus for efficient workflow. - Scene Setup and Importing Models
• Creating a New Scene
• Creating a new scene in D5 Render and setting up project parameters.
• Configuring scene settings such as lighting, environment, and camera.
• Importing Models
• Techniques for importing 3D models into D5 Render from various sources.
• Optimizing imported models for rendering and scene integration.
• Module 3: Lighting and Materials
• Lighting Setup
• Exploring lighting options in D5 Render: natural light, artificial light, and
environment lighting.
• Adjusting light intensity, color temperature, and direction for desired
ambiance.
• Material Application
• Applying materials to surfaces using D5 Render’s material library and editor.
• Customizing material properties such as glossiness, reflectivity, and texture
mapping.
• Module 4: Camera and Rendering Settings
• Camera Controls
• Mastering camera controls and perspectives for framing shots and
compositions.
• Understanding camera settings such as focal length, aperture, and depth of
field.
• Rendering Settings
• Configuring rendering settings for image quality, resolution, and output
format.
• Exploring advanced rendering options such as ray tracing, global illumination,
and post-processing effects.
• Module 5: Exporting Images and Videos
• Exporting Images
• Step-by-step guide to exporting images from D5 Render.
• Adjusting image settings for resolution, file format, and aspect ratio.
• Exporting Videos
• Creating animated sequences and walkthroughs in D5 Render.
• Configuring video settings for frame rate, duration, and output format.
• Module 6: Account Setup and Exporting Options
• Creating a D5 Render Account
• Registering for a D5 Render account and accessing online services.
• Exploring account features and benefits for rendering and collaboration.
• Exporting Images and Videos
• Understanding export options available through the D5 Render account.
• Uploading and sharing rendered images and videos with clients and
collaborators.
Payment Plan
SKI 2401 Batch (Online)
$99/Per Student ($69 For One-Time Payment)
- Online Class (Zoom)
- Commence on 20th Friday - June 2025
- Classes on Every Friday
- Duration - 3 Months (100 Theory Hours)
For any Inquiry, contact us
How to join the courses?
You can simply join our courses via filling our registration forms providing via Website, Emails & Facebook Marketing Campaigns.
Do you provide software?
Yes. We provide the virus-FREE & secure download links of the software. If you need further assistance to install the software, We are ready to help you via video tutorials and via remotely log in to your PC (using AnyDesk or TeamViwer).
Do you provide technical help?
Yes, Actually. Our IT Department is always with you for any kind of technical problems you face.
How are the payment plans going?
You can pay via our website & online transfers. As well as you can pay your course fee via installments.