Blender 4 for Complete Beginners

Add objects in Blender using Shift-A, the add menu, or F3 search; then place them with the 3D cursor and world origin and adjust basics such as vertices and depth.

Master Blender's selection tools to quickly pick and deselect objects, using click, shift-click, and box or lasso and circle selections, plus A, Ctrl, and G shortcuts.

Master blender’s transform tools—move, rotate, and scale—using G, R, and S with axis locking and precise inputs from the number pad, while learning the origin point concept.

Master global and local axes in Blender 4 by transforming objects along the world axes or their own rotated axes, and visualize axes with viewport axis display and x-ray.

Explore the normal transform orientation in Blender and learn what normals are. Move faces diagonally along their normals using the normal orientation, contrasting with global and local axes.

Learn to use viewport shading modes, focusing on wireframe and solid, toggle with shift+z and alt+z, enable x-ray for see-through modeling, and adjust shadow, cavity, and ridges.

Master edit mode in Blender by switching with tab, selecting vertices, edges, and faces, and using shortcuts like G, S, R to transform; enable X-ray or wireframe for back-face selection.

Master advanced selection in edit mode, covering vertex, edge, and face selection, invert selection, edge loops and rings, loop inner region, and circle/box/lasso tools.

Learn how the 3d cursor determines where new objects appear and how to snap it with shift+S to world origin, cursor to select, or grid for precise placement.

Explore origin points and transform pivot points that determine where Blender rotates and scales objects. Set origins with the 3D cursor and switch between pivot modes for versatile modeling.

Explore Blender 4 snapping tools to snap to vertices, edges, and faces, move in increments or with absolute grid, and use options like closest, center, median, and active.

Learn blender 4.0's snap base tool to quickly snap two bases—vertices, edges, faces, or edge centers—by moving with g, selecting bases with b in increment mode, and snapping across objects.

Learn to use proportional editing in Blender to create organic shapes by moving vertices with a circle of influence and exploring falloffs like smooth and sphere.

Join objects with Ctrl J, separate by selection or loose parts, and merge vertices using by distance or at center to produce a single object in Blender.

Create independent duplicates with shift-d and linked duplicates with alt-d in Blender, and unlink a linked duplicate to use independent object data, noting edits propagate across all linked instances.

Learn how to create a parent-child relationship in blender to have child objects inherit a parent's transformations, enabling moving, rotating, and scaling of complex scenes.

Learn to organize your Blender scene with collections, create and rename collections, move objects with M, isolate items, and nest collections for a tidy outliner.

Master shading control in blender 4 by using flat shading, shade smooth, and auto smooth to blend smooth and flat faces with a 30-degree threshold.

Learn how to apply transforms in Blender 4, focusing on applying scale to ensure correct local axes and bevels, while understanding when to apply location and rotation.

Learn to use Blender's extrude tools to create geometry from faces, vertices, or edges, including extrude region, extrude manifold, extrude along normals, and extrude to cursor with essential shortcuts.

Master extruding vertices in Blender 4 by using E for extrusion, precision with shift, and reference images to model a guitar; convert to curve for wires and apply thickness.

Master creating faces and edges in Blender by extruding shapes, filling faces with F for proper topology, and using G and J to connect vertices correctly for connected geometry.

Learn to use the Blender inset faces tool, pressing i in edit mode to create a face within a face, with thickness, depth, and options like outset, boundary, and individual.

Bevel edges, faces, and vertices with Ctrl+B or Ctrl+Shift+B, adjust segments, width, and profile, and explore using the bevel modifier for whole objects.

Master the loop cut tool to add edge loops, place them with ctrl r and right click, adjust counts via the number pad, and slide along edges with g twice.

Master the knife tool, knife project, and bisect in Blender 4 to create precise cuts, project shapes from other objects, and manage snapping and cut through options.

Spin the selected geometry around the 3d cursor, adjust axis, angle, and steps for a smooth extrusion, and use spin duplicate to create circular copies without connections.

Master the bridge edge loops tool in Blender to connect edge loops and faces with controllable cuts, smoothness, and twist for curved or flat connections.

Explore Blender's face tools in edit mode, mastering extrude, inset, spoke faces, triangulate and tris to quads, solidify and wireframe, fill, options, grid fill, and shade smooth or flat.

Explore Blender curves, including path, bezier, and nurbs, defined by control points to shape smooth lines; learn bevel, depth, profile, extrude, and converting to meshes.

Learn to create and edit 3D text in Blender, apply extrude and bevel, format fonts, align paragraphs with text boxes, use text on curves, and convert text to a mesh.

Master Blender 4 modifiers basics, learning non-destructive workflows, how to add, reorder, and apply bevel, subdivision, and wireframe modifiers, view in viewport vs render, and efficient stacking techniques.

Master the Blender array modifier to duplicate objects with relative or constant offsets, adjust counts, and merge vertices; drive duplicates along curves using the curve modifier.

Master the mirror modifier to duplicate models across x, y, and z axes using the origin point, including clipping, merge, bisect, and flip.

Learn to use the solidify modifier to add non-destructive thickness with even thickness, complex mode, offset, and fill or rim options, plus normals and subdivision interactions.

Learn to use the bevel modifier in Blender to bevel edges and vertices, adjust amount, segments, profile, inner and outer, and improve shading with hardened normals and material indices.

Explore the subdivision surface modifier, switching Catmull-Clark and simple modes to add geometry and smooth surfaces, control viewport and render levels, and use edge creases for sharp edges.

Explore Blender 4's boolean modifier in difference, union, and intersect modes to cut holes, join shapes, and craft panel structures, with tips on topology, bevels, and the Bool Tool addon.

Learn to use the skin modifier to convert basic geometry into a base mesh, adjust per-vertex radius with ctrl a, enable symmetry, and refine with subdivision for quick sculpting-ready models.

Learn how the wireframe modifier turns a model’s wireframe into a mesh, control thickness and materials, and adjust offset, boundary, and crease edges for clean topology and ready renders.

Learn to deform objects non-destructively with the lattice modifier by enclosing them in a lattice and editing its points, then apply and copy modifiers.

Learn to use the screw modifier to spin profiles into helix shapes, crafting glass, springs, and screws. Control axis, iterations, steps, normals, and curve-to-mesh conversion.

Discover how the weld modifier merges nearby vertices by distance, with modes all, connected, and only loose edges, and learn to merge overlapping geometry in Blender 4.

Learn to model with reference images in Blender 4 by setting up front and side orthographic views, aligning references, and constructing faucets with cylinders, extrudes, and bevels.

Create a toilet seat model in Blender by aligning front, side, and top reference images, applying a mirror modifier, clipping, proportional editing, and quad topology for smooth curvature.

Model a toilet seat in Blender by tracing a reference image, extruding faces, adding edge loops, and refining with subdivision surface and a mirror modifier for smooth quad topology.

Learn to set up and render with Blender cameras, explore camera types, focal length, and depth of field, and align and view through the camera with ctrl alt zero.

Explore managing multiple cameras in Blender 4 for complete beginners, learning how to set and switch active cameras using shortcuts like Ctrl+0 and Ctrl+Alt+0 to render from different views.

Learn how to use depth of field in blender to control focus distance and f stop, focus on an object, and blur the rest.

Master safe areas to keep essential content visible across aspect ratios and use background images, depth of field, and viewport display tools to frame accurate Blender shots.

Explore the basics of rendering and lighting in blender, compare real-time Eevee and offline cycles, and master sampling, denoise, and camera-driven final renders.

Explore Blender lighting across Cycles and Eevee, covering point, sun, spotlight, and area lights, plus global illumination, direct and indirect lighting, shadows, and noise-reduction portal.

Learn to illuminate Blender scenes with HDRI and world lighting by applying an environment texture in the world shader, adjusting rotation and strength, and using emissive lighting for targeted effects.

Learn how the sky texture node adds sunlight and atmosphere in blender, adjusting sun elevation, sun size, intensity, background strength, and atmospheric factors like air, dust, and ozone.

Set cycles as the render engine and enable gpu compute to optimize light paths. Tweak volumes, ambient occlusion, color management, and freestyle passes for precise looks and sketch-like outlines.

Explore Blender's Eevee real-time render engine, compare it to Cycles, and learn how to switch to Eevee for faster previews, noting it is not a ray-tracing engine.

Explore ambient occlusion and shadows in Eevee, compare with cycles, and learn how to adjust distance, factor, trace precision, and shadow settings to achieve realistic results.

Explains how to enable and tweak Eevee's screen space reflections and refractions, use reflection planes, and improve glass or mirror materials for realistic reflections.

Discover how to enhance Eevee's rendering with bloom, depth of field, volumetrics, and subsurface scattering. Explore indirect lighting, irradiance volumes, threshold controls, reflection cubemaps, bake options, and denoise for realism.

Compare cycles and Eevee rendering, set samples and resolution, and save renders with image save options, including PNG compression, JPEG quality, and slot-based comparison using F11/F12.

Shows how to add, rename, and assign materials in blender, manage materials with slots on objects and faces, and copy or link them across objects in eevee render view.

Explore how the principled bsdf unifies shaders in Blender, letting you control base color, metallic, roughness, transmission, subsurface scattering, emission, sheen, coat, and more to craft realistic materials.

Explore texture coordinates and the mapping node in Blender to project textures using UVs, generated, object, camera, window, reflection, and normal coordinates, and use the Node Wrangler shortcut Ctrl+T.

Explore texture nodes in blender, using brick textures and procedural textures, learn color vs factor outputs, how to drive roughness, metallic, and alpha with node setups.

Learn to use the color ramp node to control gradients with markers and interpolation, applying gradients to base color and roughness alongside textures like voronoi and wave.

Learn to use the mixed color node in Blender 4 to blend two inputs with a factor or grayscale mask, using the color ramp for brick and wall texture blends.

Master the glossy bsdf shader in Blender 4 to craft metal and mirror-like surfaces by adjusting roughness, isotropy, and rotation, and compare GPS, multi scatter GPS, Beckmann distributions.

Learn to build glass materials with the glass bsdf in cycles, adjusting roughness distribution, color, IOR, and caustics to achieve realistic glass.

Explore refraction bsdf to isolate refraction with glossy and glass bsdf components, using the Fresnel node and mix shader to control roughness, ior, reflections, and refractions for customized glass materials.

Explore the diffuse bsdf shader to create non-reflective, matte materials that evenly spread light, with adjustable color and roughness for flat, wood or fabric-like surfaces.

The mix shader blends two shaders with a factor, enabling masks and balance; the add shader layers glossy and refraction fully, producing brighter results with no balance control.

Explore the emission shader in Blender to make surfaces glow by emitting light, adjust strength and tint, and combine with other shaders for glowing glass or LEDs.

Explore the translucent and transparent shaders in Blender 4, using the bsdf nodes to control light transmission and color, and mix them with other shaders for translucency.

Explore the Blender volume scatter node in cycles to create fog and god rays by scattering light in a volume, with adjustable density, color, anisotropy, and textures.

Explore the volume absorption node in Blender cycles, adjusting density and color to simulate light absorption in volumes. Learn how it creates tinted glass and deep water effects.

Normal maps fake surface details by altering normals with textures and lighting, adding details without extra geometry. Displacement maps actually modify geometry using grayscale height data for real detail.

learn to import and set up custom textures in Blender, including color, metalness, roughness, normal maps and displacement, using manual wiring or the principal texture setup with Node Wrangler.

Create a two-part bathroom scene in blender by building a room, adding a window and arc partition, importing mannequin for scale, and refining with bevels and shading using reference images.

Detail a pillar and a wall piece beside a toilet seat in Blender 4 for complete beginners. Use insert and extrude along normals, bevel, and a mirror modifier.

Model the bathroom arch and windows in Blender, using knife project for cutouts, extrusion, bevels, and symmetry with a reference image.

Model a wash basin in Blender using reference images, top and side views, and a workflow with extruding, beveling, boolean cutouts, and weighted normals for clean, realistic edges.

Add crown molding to walls by tracing a 2D profile from a reference image, convert it to a curve, and use the profile as thickness for another curve.

Add a glass door panel and hardware by modeling a cube, extruding, beveling, adding hinges and latches, then mirror, adjust origin, and apply smooth shading for realism.

Add a door handle and a curved mirror between glass panels using spin, bevel, and mirror modifiers. Organize the glass parts into a separate collection for easier editing.

Model a bathtub in Blender 4 using reference images for top and side views, then shape with extrude, edge loops, and subdivision surfaces.

Create detailed bathroom props in Blender 4 for complete beginners, modeling a shower head, handheld shower, faucet knobs, and wall fixtures, using bevels, extrusions, arrays, and splines.

Finish the bathroom modeling in Blender, adding a knob, pipes, and a door. Apply techniques like spin, extrude, inset, bevel, and solidify while adjusting normals and origin.

Learn to create basic materials in Blender 4 with cycles rendering and HDRI lighting, including glass, iron, mirror, and ceramic materials. Map textures, link materials across objects, and bevel edges.

Apply modifiers to make changes permanent, fix gaps by aligning edges with vertex snapping, unwrap uv maps for accurate marble textures on floors, and add a glass window.

Add wall and wood materials with the principled bsdf and textures, adjust base color via a mix node, and unwrap UVs while brightening with hdri and adding gold bathtub details.

Apply wood, iron, and gold materials to the door and hardware; unwrap UVs with smart UV project and rotate textures on z for fibers; add walls variation with yellow tint.

Learn to light a Blender 4 environment with multiple lighting setups using area lights, hdri and sun textures, adjust shading and camera settings, and render varied versions.

Render final scenes in Blender with tuned lighting, samples, and denoise, then use the compositor to add glare, color balance, lens distortion, and chromatic aberration, saving in Photoshop for polishing.