The Ultimate Blender 3D Animated Short AI Course

Access free textures for this Blender course from Blender Mania 3D hub, including sci-fi and environment textures. Download two K textures as zip and extract color maps for your project.

Explore an interactive blender shortcut keys cheat sheet with searchable shortcuts, GIF demos, and explanations for edit mode, sculpting, grab (g), extrude (e), and hide (h), enhancing your workflow.

Access updated course project files via video resources, organized in ten-file increments; the final file packs textures for reference, while others remain unpacked to reduce size and show hand topology.

Generate a five-minute animated short script using ai tools like ChatGPT or Bard, featuring a male character, no dialogue, in a single ancient library with a secret gem.

Generate reference images for your character using ai tools like dreamlike and lexica, applying prompts and initial-image techniques to refine a sci-fi look and helmet style.

Develop the character in blender using reference images instead of ai, ensuring proper loop cuts and edge flow for animation, and block major loops from front and side views.

Finish blocking the character's body, feet, and neck in Blender using extrusion, loop cuts, edge slide, and proportional editing, setting up the head for the next video.

Master head modeling in Blender by creating front and side reference images, blocking out major loops with extrudes, refining topology, and using grid fill and F2 shortcuts.

learn to model an ear in Blender from reference images, building outer topology with loops, extrusions, and knife tool, then bridge to the head and refine with subdivision and sculpting.

Create the character's hands in Blender by shaping a hand from reference images, building clean topology for fingers, knuckles, and nails, and refining loops, bevels, and webbing.

Merge the head, hand, and body in Blender 3D, align front and top references, and add detail loops to elbows, knees, and knuckles while preserving joint volume.

Add loops to shape the buttocks and legs, refine topology, and prepare for sculpting and clothing texturing using loop cuts, edge slides, and vertex smoothing.

Refine a stylized character in Blender by sculpting with inflate, smooth, and grab brushes, mirroring on the x axis, and applying a two-level subdivision surface to polish the torso.

Continue sculpting the lower body, detailing the hips, crotch, thighs, buttocks, knees, and feet with inflate, deflate, crease, and smooth brushes, then prep for the head, texturing, and clothing.

Refine a character’s head in Blender using sculpting, focusing on lip shaping, crease and inflate brushes for mouth corners, jawline, ears, and eye placeholders.

Watch a timelapse detailing blender sculpting as the artist defines the neck, chest, abdomen, and face using grab, inflate, crease, and smooth brushes.

Apply final topology tweaks in Blender by adjusting loop cuts, spacing, and knuckles; refine edge flow, fix poles, and fatten fingers for a balanced, clean character mesh.

Build teeth and a mouth in Blender, shape a tongue by extruding and loop cuts, and model the teeth as a separate object with a mirror modifier and subsurface modifier.

Learn to add seams and unwrap a Blender character, using mirror modifiers and carefully placed seams to produce even, non-stretched UVs, verified with a checker texture.

Prepare the character for rigging by cleaning the mesh, applying scale to roughly six foot one, removing doubles, and ensuring outward normals; visualize joints with a red material.

Explore three rigging solutions and learn to rig a character with Mixamo, export an FBX, and create a Blender control rig with the Mixamo add-on for IK-based posing.

rig a character using accu rig, import the fbx into blender, place joints with symmetry, finalize and export, then enhance the setup with cc ik blender tools.

Learn how Blender 4.0 introduces bone collections, replacing bone layers and groups, and how to manage, select, deselect, assign, move, and rename bones across collections.

Rig a character in Blender using the Rigify add-on to build a human meta rig, adjust bone placement, and prepare animation with shape keys.

Fix Rigify finger issues by straightening finger bones in edit mode and recalculating bone roll with Shift N, then regenerate the rig and rebind with automatic weights.

Explore Rigify in Blender 5.0+, using bone collections, switch between IK and FK controls, and employ pull targets and tweak bones to fine-tune deformation.

Block out the clothes on a rigged character mesh, using UV separation, reference images, and a solidify modifier to create jackets, pants, gloves, and boots that move with the rig.

Learn to model and texture a detailed jacket in Blender, adding pockets, patches, a layered lining, and a leather-like crease system, while managing rigging and automatic weights for clean deformation.

Shape the pants with wrinkles, pockets, belt, seams, and folds, using sculpt mode with inflate and grab brushes and solidify and subdivision modifiers for mid-detail texture.

Shape and sculpt the boots in Blender, using extrude, scale, and crease with mirror and modifiers, then refine with sculpt tools and reparent to the rig.

Create a simple t shirt in blender by selecting the shirt mesh, extruding and solidifying it, applying a subdivision surface, then sculpting creases and refining the neckline under the jacket.

Learn to model hair for a character by selecting head regions, duplicating hair geometry, sculpting to avoid gaps, and building hair strands with curves and bevels for a realistic hairstyle.

Tweak and refine the character's clothing, from hair alignment to jacket buttons. Adjust belt loops, pockets, pants creases, and apply sculpt and modifier workflows.

Learn how to reparent clothing to the generated rig with automatic weights, then refine deformation in pose mode using sculpting and inflate/deflate techniques to fix pockets, patches, and jacket interactions.

Discover the updated principled bsdf in Blender 4.0, detailing its layered structure—base, diffuse, metal, subsurface, transmission, emission, specular, coat, and sheen—and key controls like base color, roughness, ior, and alpha.

Explore the new principled bsdf shader focusing on subsurface random walk skin, index of refraction, and anisotropy to model realistic skin scattering in cycles.

Discover the coat option in the new principled bsdf, adding a layered coat with controllable weight, roughness, ior, and tint. Learn about sheen, emission, and improved normal map handling.

Texture your character with udims to give the face more detail. Assign a 2048 by 2048 tile for the face and 1024 by 1024 tiles for hands and body.

Paint and texture the character in Blender by setting a base material, using ambient occlusion in Cycles, and baking a diffuse texture to capture skin tones.

Texture a Blender character with UDIM base color textures and image textures. Paint nails and lips using texture brushes, then save the updated image.

Blender 4.1 merges the Musgrave texture into the noise texture; use the noise texture to reproduce Musgrave look, disable normalize, and adjust detail and roughness, or switch to hetero terrain.

Texture the jacket and shirt in Blender using shader nodes, bump maps, noise and musgrave textures, color ramps, and texture painting for a leather look with stitching and cuffs.

Texture the pants in blender, bake the pants texture, and paint a bump map with seams, zipper, and pockets using ambient occlusion and precise uv unwrap.

Texture the boots using a leather look with ambient occlusion, Voronoi cracks, and a procedural mix of textures; unwrap UVs, bake diffuse maps, and refine bump and roughness for realism.

Texture the gloves in Blender by creating a gloves material, copying boot colors, baking a diffuse texture, and adding bump detail with uv-based mapping and seams.

Apply procedural textures to a leather belt and metal buckle without image textures, using shader editor nodes, musgrave texture, color ramp, bump, roughness, metallic tweaks, and no uv unwrap.

Texture the hair in Blender with procedural nodes, noise textures, and color ramp to create streaked, natural hair color; control mapping, UV unwrapping, and subtle bump and roughness for realism.

Learn to create a Blender eye entirely with shader nodes, building iris, pupil, and veins using masks, gradients, color ramps, and Voronoi textures for procedural color and detail.

Master procedural texturing of eyes and teeth in Blender, adjusting iris and pupil sizes and painting a bump-mapped teeth texture. Unwrap UVs, add seams, and finalize a polished character look.

Optimizes a Blender character by removing solidify modifiers and masking skin with vertex groups, reducing vertices; then rebinds garments to the rig with automatic weights and disables subsurface for speed.

Rig the eyes in a separate armature, name bones consistently, and use a master eye controller with a track two constraint to move both eyes together.

Create eye shape keys to animate the eyes, eyelids, and brows. Use mirrored shape keys and zeroed values, and adjust min and max ranges, including negative values.

Create a jaw shapekey in Blender to control opening and closing. Use the 3D cursor pivot, shape keys, and sculpting tools to align the jaw with the mouth.

Create and refine mouth shape keys in blender, including smile, pursed lips, and lips open with teeth showing, using sculpting or edit mode, mirror, proportional editing, and curvature adjustments.

Explore creating and refining shape keys in blender, including nose scrunch, cheek puffing, pursed lips, and pout lips, using grab, crease, and inflate brushes to shape expressions.

Create drivers for eyelid and eyebrow shape keys using armature bones with scripted expressions and z location in local space. Copy drivers to the opposite side and test axis flips.

Add shape key drivers for mouth, cheeks, and nose in Blender, including smile, pursed lips, lips open, nose scrunch, and cheek puffing; copy, paste, edit drivers, then parent the rig.

Create a jaw and teeth rig in Blender using shape keys and drivers, then parent and weight paint for correct jaw motion and integrated neck influence.

Create custom shapes for bones and shape keys in a blender character rig, using crescent, triangle, circle, and ai glass shapes to visualize each bone’s function.

Discover how to use text to 3D AI tools like Genie from Luma Labs AI to generate torches and a crow, then export as blend, obj, or fbx for Blender.

Block out the library environment in Blender by organizing into collections, shaping rough walls, arches, a dome, and stair openings, plus adding a fantasy tree.

Update to the ultimate Blender course reveals AI texture generation options beyond with poly.cam, texture.lab.xyz, and mage.space, plus applying albedo, normal, and roughness maps in Blender.

Generate AI floor textures for Blender using prompts, produce albedo map, normal map, height map, and roughness map, upscale to 2k, make seamless, and assemble full PBR maps.

Develop pillar modeling in Blender by building a square base and a detailed circular pillar, applying bevel, shade smoothing, and array duplication to create aligned, multi-pillar architecture.

Create a procedural bookshelf in blender using geometry nodes, adjusting height, width, and shelf count, using extrude mesh, transform, and duplicate elements, plus books via instance on points.

learn to create a curved Blender staircase with a curve modifier, add pillars and a connecting hallway, bevel steps, and smooth shading.

Learn how to build a detailed archway in Blender, including pillars, arch, and railing, refined with bevels, arrays, and a decorative profile via curve and geometry nodes.

Create a glass roof with a grid bone structure and archways using Blender modifiers, including solidify for thickness, wireframe for the lattice, and array and subdivision for detail.

Create the dome and walls, merge components, and apply solidify for thickness; then conform doors with a curve circle and array to complete level two blocking.

learn android 3d scanning workflows with kiri engine and polycam to capture detail, export as obj or glTF, and import into blender.

Learn to use Luma AI to 3D scan books, export as obj in low poly, and import textures into Blender for your scene, with lighting tips and mesh fixes.

Replace the cube with 3d scanned books and instance them on a shelf using geometry nodes. Align, randomize scale and orientation, and vary materials with hue/saturation for depth.

Texture the bookshelves using a shader editor: apply a noise texture with object mapping, tune scale for wood grain, adjust bump and roughness, and use a color ramp for browns.

Texture the pillars in Blender using a shader network with noise textures, color ramps, ambient occlusion, and bumps to create weathered, ringed pillar surfaces under a sunset sky.

Texture the roof by creating glass with transmission and screen space refractions and reflections, then craft roof beams with a metal material, bump, noise textures, and a magic texture pattern.

Texture the tree in blender with the sapling tree generator (weeping willow), apply leaf textures with alpha, add bark maps (normal and roughness), and render in cycles.

Create a stained glass dome by applying a solidify modifier and a Voronoi-based material with mapping, an emissive color, and noise-based bump, then enable screen space refraction for transmission.

Texture the archway in blender with a wave texture and mapping coordinates, using a color ramp for a dark brown base and a bump from normals to add depth.

Create a marble material for walls and walkways in Blender using Voronoi textures, noise distortion, color ramps, and linear light blending, with subtle bump and roughness.

Texture the passageways and entryways in blender, adjust boolean objects, unwrap UVs, and apply AI-generated ancient library textures to walls, floors, stairs, and pillars.

Scatter books on the library floor with geometry nodes, distribute points on faces, and random values to create a chaotic scene with grounded, non-overlapping books.

Apply cracks to the floor with boolean operations and solidify modifiers. Use geometry nodes to scatter debris around cracks via proximity-based placement.

Chop away pillars using booleans, icospheres, and cubes to create dynamic destruction. Duplicate, position, and place debris on the floor to finalize a cinematic breakdown in Blender.

Create tree roots with geometry nodes by drawing curves, converting to mesh with a circle profile, tapering via spline parameter and map range, and mapping uvs for the roots material.

Learn to create a marble breakaway in Blender using booleans, loop cuts, and bevels to carve cracked pieces and render a chaotic floor scene.

Create a dynamic scene of flying book pages using cloth simulation, curve force fields, and particle systems in Blender, triggered by a door opening into a shadowed library.

Create a humanoid creature head in Blender for a 3D animated short, shaping a base mesh into a horned monster using shape keys and refining nostrils.

Adjust the base character mesh to shape a creature body using proportional editing, spine, abs, and obliques, then refine with sculpt mode and subdivision surface modifier.

Create a humanoid hand and a spike-wielding creature hand in Blender, using edit mode, proportional editing, and subdivision surfaces to sculpt a weaponized design; refine topology and prepare textures.

Create creature details in Blender by shaping the head with spikes, adjusting ears, extruding limbs, using proportional editing, and planning texture steps for pants and boots on a humanoid alien.

Texture our creature by ensuring the UV unwrap and seams are correct, generate two monster skins in 2K, and paint a creature mask to blend the textures with PBR maps.

Texture the creature by blending a shader mix with an image mask. Paint controlled transitions, add a gray bump map, and use falloff and smoothing for abs and details.

Learn to texture creature pants and boots in Blender, using gene fabric textures, shader nodes, and belt textures; adjust color, roughness, and seams for realism.

Explore a Blender texturing timelapse that refines skin and rock textures with bump maps, soften and smear brushes, adds scars, tattoos, and muscle details.

Rig and animate a Blender character using artificial intelligence and motion capture. Export as FBX, upload to Mixamo, apply t-pose, and create a Mixamo control rig for full animatability.