
Course Introduction!
Install the cloud ai desktop to connect with creative tools like Adobe, Blender, and SketchUp, and sign in from Mac OS or Windows.
Claude AI skill builds PowerPoint slides step by step by converting a JavaScript deck into an editable PowerPoint and presents a cafe case with KGP wipes and a revenue model.
Design a modern premium homepage for a tech themed cafe using Claude AI design skill and web artifacts builder, integrating menu, reviews, and contact details into a single HTML page.
Create a custom stock researcher skill in cloud ai desktop, define investment strategy and metrics, specify trusted data sources, and generate structured stock reports with executive summaries and peer comparisons.
Explore how to automate Blender projects with Claude AI and Blender MCP, creating AI-driven renders and a glowing metallic sphere, with step-by-step lighting setups showcased.
Install blender 5.1 or newer from blender.org and connect it to cloud ai, enabling AI-powered 3d creation by controlling blender with its Python API via natural language.
Connect Blender to Claude AI by installing the Blender MCP server add-on and enabling online access. Configure Cloud AI connectors to enable access to Blender tools and execute Python.
Explore how to automate Blender using Claude AI prompts and its Python API to create and manipulate 3D objects, lights, and camera for cinematic renders.
Learn to control blender camera and scene capture for cinematic apple-style product launches using cloud ai prompts, multiple angles, 360-degree orbit, and python-rendered visuals.
Explore enhancing Blender object creation and rendering using cloud AI skills, including building a YouTube studio scene and adding a custom skill to control design.
Apply an iterative AI workflow to fix Blender scenes by correcting proportions and alignments, then rebuild objects one by one for realistic, properly scaled results.
Follow a step-by-step blender scene built with an iterative ai workflow, starting from a blank canvas to a desk with a monitor, using python prompts to refine geometry and materials.
Explore an iterative AI workflow in Blender to generate a mouse, microphone, chair, keyboard, and monitors from prompts, then apply lighting, camera setup, and realism pass for a 360-degree render.
Follow a step-by-step layered character generation in Blender to build a cyberpunk robot from base to head and limbs. Apply surface refinements, realism checks, lighting, rotation animation, and camera motion.
Explore an iterative, layered workflow for cyberpunk 3d character generation in Blender, using multiple steps to build base body, head, limbs, clothing, armors, accessories, materials, lighting, posing, and final render.
Delete the scene, keep camera and lights, then build a cyberpunk robot torso, head, and hands with clean hard-surface geometry. Use iterative ai workflow to attach arms and verify alignment.
Create symmetrical robotic legs in blender via layered character generation and cloud AI verification, then match the right leg, verify geometry, and apply coloring.
Get a sneak peek at turning a reference image into a rotating 3D character in Blender with Claude AI, and see the workflow with Sonnet 4.6.
Learn how to convert a reference image to a 3d character in blender using the character image to 3d skill and the MCP workflow, including analysis and silhouette preservation.
Explore why Claude Sonnet struggles to generate realistic human 3D characters in Blender, showing torso and leg fixes, cloud limitations, and alternatives like honion 3d builder and opus 4.7.
Set the camera to include the full character and create a 360-degree mp4 video with 144 frames, capturing screenshots at 0, 90, 180, and 270 degrees.
Guide to setting up the Hunyuan 3D generator for Blender across Windows, Linux, and macOS, using WSL 2 on Windows, with Python 3.12 and Anaconda from the project repository.
Set up Python 3.12 with Anaconda, activate it, install PyTorch with CUDA 13.0 for GPU or use CPU if unavailable, then clone the Hunyuan 3D repo and open in VS Code.
Activate the who neon 3d environment in your terminal, install the requirements.txt, and set up the HY3D package locally while downloading the 16 gb weights with HF.
Learn to generate a 3d character from an image locally using a gradio app, enable text23d conversion in honeon 3d, run gradio-ui, and preview a rotatable 3d mesh.
Upload a 2D image or live photo to generate a 3D model, adjust generation mode and inference steps, then export as GLB for viewing or printing.
Generate a 3D image from a text prompt using Hunyuan 3D, such as a futuristic cat, export it with mesh statistics, and import into Blender for coloring and lighting.
Install the texture generation library and download the texture model, then configure the CUDA toolkit and build the custom rasterizer to enable texture generation.
Generate a textured 3D character from an image in Blender, using GPU rendering for textures, then refine with cinematic lighting and cloud-assisted surface fixes.
Export a 360° rotating color 3d character from an image in blender by rendering 72 frames from a fixed cinematic camera with smooth lighting, then compile an mp4 animation.
What is Blender MCP and why does it matter?
This is the most complete Blender MCP course available — teaching you exactly how to connect Claude AI to Blender and use it to automate 3D scenes, generate AI characters, build product animations and run local Hunyuan 3D pipelines, all from natural language prompts.
If you have been searching for how to connect Claude to Blender, Blender MCP setup, or how to use Claude AI in Blender — this is the only course that covers all of it end to end. You will set up the Blender MCP server, connect Claude AI to Blender, write zero manual Python scripts, and watch Claude build entire 3D scenes for you in real time.
Blender MCP (Model Context Protocol) is an open standard that lets Claude AI communicate directly with Blender as a live tool. Once you connect Claude to Blender via MCP, you can describe what you want in plain English and Claude will write the Python scripts, place the objects, set the lighting, control the camera and trigger the render — all automatically. This course teaches you the complete Blender MCP setup from scratch so you can start automating your 3D workflow from day one.
What you will build in this course
A fully working Blender MCP server that connects Claude AI to Blender using the Model Context Protocol
A Cyberpunk Robot with torso, head, hands, symmetrical robotic legs, chest and shoulder armor — built entirely with Claude AI prompts
An Apple-style product launch animation rendered inside Blender with lighting, camera control and smooth animation — all driven by Claude AI
An image-to-3D character pipeline that converts any photo into a 3D Blender model using Claude AI Sonnet and Opus
A complete Hunyuan 3D generation pipeline — generate 3D characters locally from images and text prompts using a Gradio app
360° rotating product videos exported directly from Blender with professional lighting and camera setups
Custom Claude AI Skills for automating complex Blender scene creation using the iterative AI workflow
Course curriculum
Section 1 — Claude AI Desktop, MCP and Skills foundations Get started with the Claude AI Desktop app, understand how Artifacts and Projects work, and learn what MCP (Model Context Protocol) actually is with a clear visual explanation. You will connect Claude AI to external tools via MCP servers and build custom Skills — including a Stock Researcher Skill and a Design Skill for generating full web pages. Everything you learn here directly powers the Blender MCP setup in the next section.
Section 2 — Connect Claude AI to Blender using Blender MCP This is where the magic starts. You will install Blender, set up the Blender MCP server, and connect Claude AI to Blender step by step. Once the Claude Blender connection is live, you will use prompts to generate 3D objects, control the camera and perspective, adjust lighting and scene composition, and build a full Apple-style product launch animation — all without writing a single line of Python manually.
Section 3 — Automate Blender scene creation with Claude AI Skills You will first see why Claude AI without a Skill struggles with complex multi-object Blender scenes. Then you will learn the iterative AI workflow — a structured step-by-step process that uses Claude AI Skills to build, fix and refine Blender scenes reliably across three full project walkthroughs. You will finish by exporting a professional 360° rotating product video directly from Blender.
Section 4 — Build a Cyberpunk Robot in Blender with Claude AI A complete real-world 3D character project. You will use the layered character generation method to build a full Cyberpunk Robot in Blender using Claude AI — torso, head, hands, symmetrical robotic legs, chest plates, back panels and shoulder armor. The final lesson adds professional lighting, a camera rig and a smooth 360° rotation animation ready for render.
Section 5 — Image to 3D character pipeline in Blender Learn how to convert any image into a 3D character inside Blender using Claude AI. This section explains exactly why Claude AI Sonnet struggles with realistic human geometry — and how Claude AI Opus handles it significantly better. You will build a complete SKILL-powered image-to-3D character pipeline and export a 360° rotation video of your finished character.
Section 6 — Hunyuan 3D Generator: local AI 3D generation Hunyuan 3D is one of the most powerful local 3D generation tools available. You will set it up from scratch, run it locally using a Gradio app, generate 3D characters from images, generate 3D models from text prompts, set up texture generation, connect the Hunyuan 3D server directly to Blender via MCP, and produce colorful 360° rotating 3D characters — all running on your own machine with no API costs.
Why learn Blender MCP with Claude AI?
The combination of Claude AI and Blender MCP is changing how 3D artists work. Instead of spending hours writing Python scripts or manually placing every object, you describe what you want and Claude AI builds it. The Blender MCP server acts as a real-time bridge — Claude AI reads the scene, makes decisions and executes actions inside Blender just like a skilled assistant. This is the future of AI-powered 3D modeling, and this course teaches you to use it today.
Every lesson is fully hands-on. You will see every prompt, every Blender MCP response, every iteration and every fix — exactly as it happens. No theory without practice. This is a complete Claude Blender tutorial series covering setup, automation, character generation, product animation and local 3D generation in one course.
Who this course is for
3D artists and Blender users who want to speed up their workflow with Claude AI
AI enthusiasts who want to go beyond chatbots and connect Claude AI to real creative tools
Developers and engineers interested in MCP server setup and agentic AI pipelines
Content creators who want to produce 3D animations and characters without manual modeling
Anyone curious about AI 3D modeling, Blender automation or Hunyuan 3D generation
Complete beginners — no prior Blender, Python or AI experience required
Requirements
A Windows or Mac computer — both are covered in the course
Claude AI account — free plan works to get started
Blender — free to download, installation covered in the course
No prior 3D modeling, Python scripting or AI experience needed