Complete Blender 2026: From Beginner to Studio-Ready with AI

Learn low poly chair modeling in Blender using a reference image in perspective mode; apply bevels, mirror, loop cuts, bridge edges, and proportional editing to craft a detailed, symmetric chair.

discover common beginner modeling mistakes, from misplacing loop cuts and extra extrusion to inverted normals, and learn practical fixes like recalc normals, merge by distance, and proper insets.

Model a stylized house in Blender by building the base and curved roof with tiles, applying array and bevel modifiers, and adding a doorway with boolean cuts and arch stones.

Convert selected lines to curves to form an arch, align origin, position the 3d cursor, and sculpt brickwork and a door using the boolean operation and bevels.

Continue stylized house modeling in Blender, adding a front roof overhang, wooden boards, decorative beams and stones, plus a sign, wrench, and rotating stand preview via playblast.

Explore high-poly modeling with subdivision surface that smooths a low-poly mesh, while you build a cup mug, adjust edge loops, convert ngons to triangles, and refine the handle.

Learn to model round, symmetrical vases by revolving a profile with the screw modifier, set 360 degrees and 32 steps, then refine with solidify, subdivision, and proportional editing.

Learn to model with curves by creating a woven basket from a cylinder, adding depth and twist, then convert to a mesh and shade it smooth.

Build the wristwatch by creating the base, adding medium and small details, using planes and curves to shape the dial and body, and refining with smoothing and normals.

Learn to model a realistic high-poly wristwatch part in Blender, save and version your file with descriptive naming, and apply booleans, bevels, and curve-based strap detailing for a portfolio-ready render.

Explore PBR materials in Blender using the shading window and node editor, manage textures with a materials library, and enable Node Wrangler while previewing scene light.

Learn rendering and material display in blender using a shader ball, switch between Eevee and Cycles, and create your first material with the universal shader.

Explore Blender's principled bsdf to build metals, glass, and translucent materials by adjusting base color, metallic, roughness, transmission, alpha, diffuse, subsurface scattering, and emission.

Create and populate a material library in Blender by adding plastic, gold, silver, and glass. Save, mark assets, and organize materials in the asset browser for reuse.

View all materials and objects in the current project via the blend file, select materials to add to or delete from the library, and save changes in the linked folder.

Learn how to use textures in a PBR workflow, connecting color, grayscale, and vector textures to base color, roughness, normal, and displacement maps, with practical Blender steps.

Learn how UV coordinates map textures to 3D objects, using manual and automatic unwrapping, seams, and projection methods, then apply textures and adjust UVs for realism.

Apply a rusted metal texture to the door and adjust the UV map using cube projection. Use the texture coordinate node and image coordinates to fine-tune placement with an empty.

Master combining materials by mixing two shaders with a mask, using noise texture and color ramp for procedural, gradient-driven transitions from wet to dry, including edge tweaks and noise-driven detail.

Create a procedural wood material using a noise texture and color ramp, with optional bump or displacement. Adjust scale, roughness, and distortion, then add it to the library.

Learn to apply a procedural universal dirt material to simulate rust, grime, or moss on materials, reuse it in the library, and blend bronze and gold with a procedural mask.

Texture paint a hand-made apple in blender using a brush and stencil textures, creating color, roughness, and subtle embossing. Use UV maps, cube projection, and a reusable material library.

Create a multi-layer, procedurally generated vase material in Blender using triplanar textures, gradient blends, bump and displacement maps, and layered color and roughness adjustments to achieve photorealism.

Explore Blender lighting fundamentals, from point, sun, spotlight, and area lights to using Cycles and Eevee, color temperature, radius, and HDRI skylight for realistic shadows.

Explore common lighting setups in Blender, including butterfly, overhead, Rembrandt, silhouette, split, and underside. Build a three-point setup with key, fill, and HDRi environment for mood, depth, and cinematic contrast.

Explore color wheel guided lighting with triadic and complementary schemes for three-point setups. Practice transferring palettes from images, adjusting shadows with a black flag to create mood and contrast.

Explore blender’s built-in color management in the render tab, using cycles or eevee. Compare agx/agg and standard color spaces with filmic, and use presets or false color to control brightness.

Create gobo light textures in blender to cast leaf-patterned shadows using a hdr environment, area light with image textures, and node-based controls to adjust scale, color, and warmth.

Learn to create volumetric lighting in Blender with fog and a principled volume, tuning color, density, gradient, and noise to craft atmospheric light and sun rays within a volume.

Learn to set up precise lighting for a modeled Apple Watch in Blender, including workspace preparation, camera setup, HDRI global lighting, materials, and realistic rendering with Cycles.

Set up and adjust light sources for the clock, control brightness, color, and rim lighting to create copper tones and highlights. Then fine-tune materials, anisotropic specular, and world settings.

Set up cinematic lighting for a vase with rim and Rembrandt lighting, procedural materials, and fog in cycles, using a cyclorama, camera angles, and color grading for mood and depth.

Learn Blender sculpting basics, brush types, and dense-mesh requirements. Switch to sculpt mode, adjust brush size, and enable tablet pressure sensitivity.

Explore Blender sculpting brushes from blob to crease and inflate, master remesh workflows with R and Ctrl+R, and learn masking, multi-resolution sculpting, and basic paint workflows for studio-ready results.

Use sculpting and neural network–generated depth maps to craft detailed ornaments on models, enhance textures with AI, and optimize geometry with multi-resolution and decimation for clean reliefs.

Learn to sculpt a cat head from a reference image, using a sphere base, front and side views, remesh and multi-resolution to build volume and refine eyes, ears, and features.

Create a camera in Blender with shift + a, switch to camera view with numpad 0, and adjust lens types, sensor size, and depth of field to craft cinematic shots.

Explore the rule of thirds and camera framing in Blender, from wide-angle to telephoto lenses, and balance depth and horizon to create cinematic renders.

Tune cycles render settings to achieve high quality, fast renders using GPU, optimal sampling, denoise, and light paths, while managing volumes, motion blur, film, and color spaces.

Explore how animation is created in Blender, navigate animation workspaces, timelines, dope sheet, graph editor, and non-linear animation, and learn keyframing and basic camera animation for dynamic scenes.

Animate a ball using keyframes on a plane, then use the graph editor to normalize curves and apply interpolation types like linear and bezier to shape motion.

Explore procedural material animation on a monkey model by applying a base material and blue emission for the eyes, keyframing the emission strength, and building a noise-driven, frame-based texture.

Learn to build a functional robot rig in Blender using a null-based parent hierarchy, set origins, and animate with keyframes and procedural noise for a subtle hover and arm motion.

Create and rig a zombie hand in Blender using bones and an armature. Bind with automatic weights, paint weights, and animate in pose mode to show deformation basics.

Generate and optimize 3D models with AI tools such as ChatGPT and Hoonion, then import into Blender for retopology, UV mapping, and texture baking.

Learn practical mesh retopology in Blender 2026, including preparing models, merging hands and zombie, remesh, fixing normals, creating eyes, UV map creation, and texture baking for a studio-ready topology.

Create a single 4096 by 4096 texture for a character in Blender, detailing the head, marking seams, unwrapping with angle-based methods, and later baking and painting textures.

Master baking diffuse, roughness, and normal maps from a high-poly zombie to a low-poly model in Blender, using a cage and texture paint for clean textures for rigging with Mixamo.

Rig and animate a zombie in Blender with Mixamo, from setting the origin and separating the eyes to exporting as object and applying bone placements for looping animations.

Assemble scene part 1 guides you to build, optimize, and animate a cemetery in Blender, with a zombie hand, storyboard planning using neural networks, camera rigs, lighting, textures, and trees.

Set up cycles lighting for a moody bluish night shot with the moon behind and soft shadows; refine puddles, displacement, fog, and render settings.

Learn to mix animations in Blender’s non-linear animation editor by importing Mixamo clips, creating and renaming actions, and blending transitions for a zombie rig.

You've completed the complete Blender 2025 course and learned to model, texture, and light 3D scenes, with future topics like hair creation and visual effects.