Master Interior Visualization in Blender - Complete Course

Learn how to add objects in Blender with shift + a, including meshes, curves, lights, cameras, and text, and understand that new objects appear at the cursor position.

Learn to move, scale, and rotate objects in Blender using global space or a single axis, with shortcuts G, R, S and axis constraints X, Y, Z.

Learn how to copy objects in Blender with Shift+D and Alt+D, comparing independent vs linked copies, their mesh dependency, editing consequences, and practical use cases for multiple identical objects.

Master interior visualization in Blender by snapping objects to vertices and edges, enable snapping with Shift+Tab, and align precisely using vertex mode and closest options.

Learn Blender keyboard shortcuts for interior visualization: move, scale, rotate; hide and reveal; copy and isolate; edit mode with Tab; join and separate; selection tools (Spacebar, W, 1–3, Ctrl+J, P).

Learn how a Blender shape is built from vertices, edges, and faces, edit in vertex, edge, and face modes with shortcuts 1–3, and explore selection, deletion, and wireframe modes.

Learn to divide solids in blender with subdivide to split all edges into equal elements, and with ctrl r to cut along a single edge, using adjustable edge counts.

Master insert and extrude in Blender: insert offsets a face symmetrically with a distance, while extrude pushes vertices, edges, or faces to form solid geometry, closing the shape with F.

Learn how the array modifier creates multiple copies of a mesh along chosen axes in a non-destructive way, controlling quantity and spacing with positive or negative distances.

Use the bevel modifier to create beveled, rounded edges for realism in Blender, adjusting distance and segments to balance smoothness and mesh performance, with arc options for nicer corners.

Learn to use the mirror modifier to reflect geometry across chosen axes or relative to a plane, with the origin at the 3D cursor; copy modifiers to combine reflections.

Explore how the solidify modifier adds thickness to planes, controls thickness and offset, and straightens right angles to convert flat elements into three-dimensional solids.

Master the subdivision surface modifier to smooth meshes by subdividing into smaller elements with Catmull-Clark, enabling modeling of rounded shapes like jugs, mugs, and sofas. Learn preview, apply, and undo.

Discover blender add-ons, from built-in to external scripts, how to download, install, enable, and use them to speed up your workflow, including curves, meshes, import/export, and node Wrangler.

Learn to create and assign keyboard shortcuts in Blender to speed work. This lesson shows setting origin to geometry and using shortcuts like G, Y, C, and L.

Explore how to customize Blender workspaces by organizing tabs for general, materials, and post-production; split viewports and map materials with shader editor, image editor, UV editor, and compositor.

Import backgrounds into Blender from DXF or JPG, convert to meshes, merge, scale to real-world sizes, center the origin, and align with a plane to model the wall.

Model apartment walls in blender by starting from a plane, extruding edges with optional axis locking and snapping to create accurate wall outlines, door and window openings, and final cleanup.

model floor panels in blender using approximate 140 cm length and 20 mm width with 1 cm thickness, then bevel edges, array them, and trim with carver for wall fit.

Model 60x60 cm kitchen tiles in blender, extrude to thickness, bevel edges, and use array modifiers to create 3 mm gaps; fill joints with a plane for a seamless surface.

Learn to model baseboards in Blender by using a background reference, beveling corners, creating grooves, and placing moldings along wall curves with precision.

Model the ceiling with a plane, align to the walls, adjust size and thickness, add divisions for tiles and wall thickness, and isolate for camera views.

Model a window in blender by starting with a plane, adding edges, shaping the frame and sash, and detailing glass thickness, rounding edges, and creating a double window with bevels.

Learn how to model a three-dimensional window handle in Blender, including scaling, vertex editing, edge rounding, extrusion, mounting details, and aligning the handle to the window frame.

Model simple internal doors by creating a door frame from the base, extruding outlines, and adding posts, a horizontal beam, and a door wing with a precise 45-degree cut.

Learn how to precisely place doors and windows in wall openings in Blender, using snapping, edit mode, manual vertex alignment, and offset techniques for wall thickness, height, and handle centering.

Organize your Blender scene by labeling walls, ceiling, windows, panels, and underlays, then group them into collections like building and floor for easy isolation and rendering.

Master kitchen cabinet modeling in Blender by correcting wall dimensions, extruding fronts, applying bevels, and composing multiple cabinets with precise 60 cm by 60 cm by 72 cm dimensions.

Model a kitchen countertop in Blender by starting with a plan, aligning with the cabinet fronts, extending two centimeters beyond them, making it five center thick, and manually rounding front edges.

Model precise semi-circular kitchen handles in Blender by constructing a circle, extruding, spinning, reflecting, and rounding, then position and scale handles across drawer fronts for a cohesive cabinetry look.

Model a kitchen sink in Blender using a template, adjust vertices and faces, cut holes for faucet and drain, then apply solidify, rounding, and align with the countertop and cabinets.

Model a Blender table with tabletop 105 cm diameter and 3 cm thickness, base 60 cm and height 75 cm, then add wheels, a centered leg, and bevel edges.

Learn how Blender handles blend file imports with link and append; link preserves a live connection to the base model to save memory, while append creates independent copies for editing.

Learn to import OBJ and FBX files with import, link, and append, adjust scale using 0.01 or clamp size, and note FBX often preserves materials and textures better than OBJ.

Arrange imported models in a living space by positioning a sofa, TV stand, chairs, and decor, adjust heights and alignment, and duplicate furniture with Alt+D for realistic variety.

Create a basic Blender plastic material by adjusting base color, hue, saturation, and value, and control reflections with specular and roughness, then add bump textures for surface detail.

Create a metal material in blender by sliding the metallic value to 1; adjust anisotropic reflections and rotation, and note ior varies by material, e.g., gold, steel, iron, glass, water.

Learn to build PBR materials in Blender using base color, normal, bump, roughness, displacement, and ambient occlusion maps, with seamless texture handling and texture coordinate mapping.

Master the glass material in Blender by building it with a base material (zero metallic, full transmission) or a glass bsdf, with hue-saturation color control.

Learn to create realistic leaf materials in Blender using leaf textures with alpha maps to cut backgrounds, and apply translucency for sunlit, vibrant leaves.

Map textures precisely by applying cube mapping, sphere mapping, and smart UV projection to planes, cubes, and panels, ensuring correct layout and avoiding stretching.

Create and assign materials to scene models, apply color textures, normals, and maps, and refine uv maps, gloss, and color for cabinets, countertops, walls, tiles, grout, and marble.

Explore how Blender handles materials in imported models, compare blend, OBJ, and FBX formats, and adjust textures, normals, metallic and specular values, and recolor materials using mix RGB and hue-sat-value.

Learn to add and position cameras in Blender for interior visualization, adjust perspective, focal length 24–36, and viewport display, and compose scenes using rule of thirds and golden ratio.

Master depth of field settings in Blender by composing a candle close-up, adjusting camera height and focal length, enabling depth of field, and preparing a vertical portrait view.