A simple workflow using Google Gemini

Creating multiple renderings from a 3D model is usually time-consuming. You need to set up different camera views, export scenes, and render each one individually.

But with AI, that process can be dramatically simplified.

In this workflow, I use just one SketchUp screenshot and generate multiple architectural renderings, perspectives, and diagrams all inside Google Gemini.

No additional modeling. No rendering software setup. Just prompts.

Why This Workflow Matters

For architecture and landscape design projects, we often need:

• Multiple facade options
• Close-up detail views
• Interior and exterior perspectives
• Bird’s-eye views
• Diagrams for presentations

Traditionally, this requires multiple exports and rendering setups. With AI, we can generate all of this from a single base image.

Step 1 — Prepare Your SketchUp Screenshot

Start with a clean export from SketchUp:

• Use a clear camera view such as front, angle, or perspective
• Keep the model simple. A white or clay model works best
• Avoid heavy shadows or textures
• Export at high resolution

This image will be your base input for all renderings.

Step 2 — Upload to Google Gemini

Go to Google Gemini and drag your screenshot into the chat.

Then paste your prompt describing:

• Architectural style
• Materials
• Lighting
• Rendering quality
• Context such as urban or landscape setting

Render this architecture model as a contemporary design with soft daylight, realistic materials, and minimal landscape context.

Gemini will generate your first rendering, usually a facade view.

Step 3 — Generate Multiple Facade Options

Instead of starting over, continue in the same chat.

Refine your prompts to explore variations:

• Change materials
• Adjust lighting
• Modify facade composition
• Test different design styles

You can quickly create two or three facade options for comparison.

Prompt:

Render my landscape architecture model in a soft contemporary European architectural visualization style, utilizing warm sunlight with soft global illumination, minimal harsh shadows, and slight atmospheric haze for depth. The landscape design should feel naturalistic and integrated, featuring curved pedestrian paths, mixed grasses, shrubs, and small trees in layered planting, alongside scattered stones or sculptural vertical elements and soft terrain transitions without rigid edges. Include a few people in relaxed poses, such as walking, sitting, and talking, to create a calm social atmosphere within a color palette of muted greens, warm beige, soft gray, and slightly desaturated tones. The lighting mood should be peaceful, warm, cinematic, and quiet, with gentle highlights and soft shadows, while the composition emphasizes human-scale space, depth, and enclosure between buildings and landscape. Maintain the building’s overall massing, stories, scale, and proportions, but implement a new façade system reflecting modern eco-village architecture. This architecture is a lightweight contemporary pavilion-style building composed of a clear structural system, featuring a visible metal structural frame with diagonal bracing, slender vertical columns, and large transparent glass curtain walls revealing the interior floors. Horizontal floor plates are expressed with thin metal edges and subtle cladding panels, maintaining precise alignment and spacing. Add semi-open sun-shading awnings to every floor level, following the same horizontal lines of the existing floor plates; these awnings should be light-colored, translucent or perforated panels, such as metal mesh or fabric-like shading screens, mounted slightly outside the facade structure. These shading elements must align with the building grid and follow the exact building proportions, creating a layered facade depth while maintaining transparency and airflow.

change facade: a modular timber façade defined by a regular structural grid.
The façade should feature:

Light-toned timber columns and horizontal slabs forming a clear orthogonal frame
Recessed balconies/loggias within each module
Warm brick infill panels behind the structure
Full-height glazing set back from the outer frame to create depth
Add a layered façade system:

Outer layer of climbing vegetation and integrated greenery growing vertically across the façade
Middle layer as the exposed structural grid
Inner layer with glazing and solid walls
keep landscape and other environments same

Keep my building’s overall massing, stories, scale, proportions, but applnew façade system. Buildings in muted terracotta and sage green colors. Large
 floor-to-ceiling windows with wooden privacy slats.Remove layer of climbing vegetation and integrated greenery growing vertically across the façade. European architectural visualization style. Keep rest environment and landscape same. 

Step 4 — Create Close-Up Detail Views

Next, prompt for detail studies:

Generate a close-up view focusing on facade materials and architectural details.

This helps you:

• Study material quality
• Present design refinement
• Add depth to your presentation

Step 5 — Switch Between Interior and Exterior Views

You can also shift perspectives with prompts like:

Generate an interior view looking outward
Generate an exterior perspective from street level

This creates a more complete spatial narrative without modeling new scenes.

Render a close-up architectural view focusing on facade details, highlighting the panel system, structural rhythm, materials, and textures. Keep the environment consistent with the original scene. Keep the scale like real life. High-detail competition rendering, soft lighting, MIR-style architectural visualization.

based on the architecture rendering, make image: from living look to outside. the living room should modern decor with wooden furniture. 

Step 6 — Generate Bird’s-Eye and Multi-Angle Views

To expand your presentation, use prompts such as:

Generate a bird’s-eye view
Generate a 45-degree perspective view

From one image, you now get multiple camera angles, which would normally require a full 3D setup.

Turn my architecture rendering to Drone Shot (Cinematic) Camera positioned 80–120 meters above ground, angled 35° downward, orbiting slightly off-axis to reveal building massing and urban context. Lens 24–35mm drone perspective. Soft haze and cinematic atmosphere. MIR-style rendering. keep the overall color and atmosphere same.

Step 7 — Create Competition-Style Visuals

You can also generate more stylized outputs:

Render as a competition-style architectural model
Generate a clean white model with soft shadows

These are ideal for:

• Design boards
• Concept presentations
• Portfolio visuals

Render my architectural / landscape model in a physical scale model (maquette) style. Use minimal, abstracted geometry with clean edges and simplified forms. Materials: Buildings in matte pastel green (sage green) Roofs with subtle ribbed texture Windows in clear or slightly frosted acrylic Ground plane in smooth off-white (foam board style) Landscape as soft green textured patches (moss / flocking effect) Add tiny human figures with minimal detail to indicate scale. Lighting: Soft studio lighting, evenly diffused No harsh shadows Subtle warm-gray gradient background Camera: Shallow depth of field (macro lens feel) Focus on central area, foreground/background slightly blurred Color palette: Muted, pastel, desaturated tones Clean and cohesive (green + off-white + light wood) a hand is placing the model tree to this model Overall mood: Calm, conceptual, gallery-quality architectural model Precise, minimal, and elegant Avoid realism textures, avoid clutter — keep it abstract, tactile, and model-like.

Step 8 — Generate Diagrams

Beyond renderings, you can also create diagrams:

Generate a 3D diagram showing massing and circulation
Generate an exploded axonometric diagram

This allows you to move from rendering to analysis to presentation in one workflow.

Turn my rendering to an urban design axonometric masterplan diagram in a clean architectural illustration style. Keep my building’s overall massing, stories, scale, proportions.  View & layout Bird’s-eye axonometric projection No perspective distortion, no realism Buildings Simple white extruded massing blocks thick magenta/pink outlines for proposed buildings Existing green spaces turn to flat green. Sharp edges, minimal detail Public realm Tree-lined streets and green corridors shown with simplified green tree symbols Landscape is diagrammatic and abstract Circulation Pedestrian paths shown with dashed arrows Transit nodes indicated with simple icons (train / metro) Major streets clearly labeled Text & labels Use bold axonometric text aligned to site geometry ALL CAPS for key areas (e.g. “Residential Building”) Program labels directly on building volumes: HOME 1, HOME 2, HOME 3 Graphic style Flat vector illustration Muted architectural color palette White background or very light beige base map No shadows, no textures, no photorealism Overall mood Clear, professional, competition-ready urban design diagram Similar to planning diagrams used in architectural masterplans and city proposals

Why Use a Single Gemini Chat?

One key advantage of this workflow is that everything happens in one conversation.

Benefits include:

• Consistent visual style
• Faster iteration
• No need to re-upload images
• Easy prompt refinement

This makes the process extremely efficient.

Key Advantages of This Workflow

• No additional modeling required
• No rendering software needed
• Fast iteration of design options
• Multiple views from one input
• Works for architecture and landscape design

More Prompts