DesignToolbox Course Center
Architecture · Interior Design · Furniture E-commerce
Windows App Tutorials
Illustrated tutorials for the DesignToolbox Windows client
Blender MCP Auto-Modeling (Tutorial)
Connect Blender in the DesignToolbox desktop app and let it auto-model, group and layer from a single prompt or reference image — fast mode is free.
Rhino MCP Auto-Modeling (Tutorial)
Connect Rhino in the DesignToolbox desktop app, pick RhinoMCP 1.0/2.0 by your Rhino version, and let it auto-model, group and layer from a prompt or reference image — fast mode is free.
AI Design Tutorial
Designer AI Toolbox Web + Windows Tool Tutorials
AI App 01 - Empty Room AI Furnishing
Upload empty room photos, select style or furnishing collage, generate furnishing schemes with one click using AI.
AI App 02 - Bare Room AI Decoration
Upload bare room photos, specify space type and style, use AI rendering to generate high-quality space renders.
AI App 03 - AI Image Angle Conversion
Based on AI text control, quickly generate bird's eye views and side views while maintaining consistency.
AI App 04 - Screenshot AI Rendering
Convert SketchUp or Photoshop screenshots to detailed realistic renders in 30 seconds using AI rendering.
AI App 05 - Furnishing AI Perspective Rendering
One-click AI rendering for PS/PPT collage materials, automatically correcting furniture perspective and position.
AI App 06 - Sofa AI Multi-view Generation
Input one angle of furniture, AI generates multiple angles with good consistency.
AI App 07 - Furnishing AI Animation
Full workflow demo: PS collage bedroom materials, AI render to realistic effect, then generate video animation.
AI App 08 - AI Application Development
Use AI programming tools to quickly implement MVP development and deployment, no coding foundation required.
AI App 09 - Architecture Facade Transfer
Use AI Toolbox to quickly transfer design style from reference images to building masses.
AI App 10 - Furniture Integrate Space
Input furniture collage, generate images with perfect perspective in one click.
Grasshopper Geometric Algorithms & Design
Practical application of parametric design principles in design
Dudeney Chain · Genetic Algorithm
Explore morphological variations of Dudeney chains using genetic algorithms, achieving automatic design of foldable geometric structures through parameter optimization.
Wool Algorithm · Kernel Density Edge Bundling
Edge bundling algorithm based on kernel density estimation for visualization and optimization of fluid network paths.
Mesh Growth Algorithm · Differential Mesh
Create organic form skins through differential mesh growth algorithm, simulating geometric surfaces of natural growth.
Magnetic Field Line · Magnetic Field Algorithm
Generate streamlined geometric paths using magnetic field line principles, suitable for parametric construction of architectural skins and installations.
Octree Algorithm · OcTree
Use octree spatial partitioning algorithm for voxel modeling, achieving efficient 3D spatial data organization and querying.
Growing Bubbles · BioVellum
Algorithm simulating cell growth and bubble filling, creating organic spatial divisions and facade pattern designs.
Mesh Twisting Algorithm · Twisting Mesh
Achieve dynamic adjustment of mesh form through controllable twist transformation, creating twisted architectural skins and structural forms.
WFC Algorithm · Wave Function Collapse
Apply quantum mechanics-inspired WFC algorithm to automatically generate procedural patterns and spatial layouts that satisfy rule constraints.
Free AI Tutorials
Free high-quality tutorial videos
AI Furniture Modeling: From 0 to 1 - AI Training
Introduction to AI modeling workflow from concept to implementation, covering AI modeling, materials, and lighting for rapid output and iteration.
From Sketch to 3D: AI Controllable Generation
Learn how to use sketches or outlines as constraints for shape-controllable AI modeling and rendering, suitable for concept stage design training.
AI Controllable Effects: Style & Composition - Interior AI Rendering
Maintain style unity and composition consistency through reference images and AI control networks, improving AI rendering output stability and quality.
FLUX Architecture AI Design Workflow - AI Course
Demonstrate how to use FLUX and SD for AI architectural concept generation and refinement, connecting key steps from sketch to final image.
Student Reviews
Michael Chen
Interior Designer · Shanghai
The KritaAI course is really practical. Before, making renders took a whole day, now AI rendering takes 30 minutes and clients love them. The ControlNet techniques in the course helped a lot.
David Wang
Architect · Shenzhen
The AI-3D modeling course was eye-opening. Building complex models used to take days, now AI generates the base form and I just adjust. Such a huge efficiency boost. Jason teaches very thoroughly.
Linda Ting
Soft Furnishing Designer · Hangzhou
After taking the Grasshopper+AI course, I finally got started with parametric design. Now when doing exhibition design, I can quickly generate multiple schemes for clients to choose from, significantly improving win rates.
Alex Zhang
Furniture Designer · Foshan
I've been in furniture design for 8 years and always wanted to learn AI but didn't know where to start. The AI application series starts from scratch, perfect for someone without programming background like me. Now I can do multi-view with AI, saving lots of modeling time.
Emily Liu
Design Director · Beijing
Leading a team comes with pressure, the output speed couldn't keep up with project pace. After learning FLUX architecture AI workflow, concept phase scheme exploration is more than 3x faster, clients really appreciate this efficient presentation approach.
Kevin Zhao
Freelance Designer · Chengdu
Running my own interior design business, I used to outsource all renders. After learning AI rendering, I can handle it myself. The outsourcing fees saved in a year are several times more than the course fee, totally worth it.