Blender Geometry Node Fundamentals For Beginners

Build a city scene from the project file assets, including a door, windows, AC, and a water tower, and enable ambient occlusion, bloom, and screen space reflection in Eevee.

Master the mesh line node in blender geometry nodes by adjusting start location, offset, count, and end location. See how resolution affects point spacing and endpoints.

Create a city building in blender geometry nodes by isolating side faces, stacking cubes along a mesh line, and extruding the base and floors using a floor count control.

Create a roof on a Blender geometry nodes project by selecting the topmost vertex, forming the top face, and applying extrude mesh and scale elements with offset control.

Blender geometry nodes masterclass for beginners teaches logic for placing doors near ground, with windows and AC on selected side faces, using instance on points.

Place doors on the ground with geometry proximity and random value node to control face probability; apply materials to the base, roof, and floor separator.

Apply brick material to cube faces using uv and object mapping to prevent stretching, rotate 90 degrees on x and y, and assign materials with viewer and root nodes.

Place a water tower on the roof with geometry nodes, using select face, instance on points, join geometry, extrude, scale elements, and merge by distance to create two water towers.

Expose and adjust geometry nodes controls for city building by setting floor count with a group input. Tune door, window, and AC probabilities and seeds to finalize the building.

Create buildings in Blender using geometry nodes, extruding plane edges, arranging balconies and windows, and using sun instances with Eevee lighting, adjusting vertex count, edge size, and world strength.

Demonstrates building a multi-floor structure in blender geometry nodes by extruding planes, instancing on points, controlling floors, offsetting, and using bounding box and proximity to create a roof.

Create a three-floor building by extruding roof and floor faces to form a flow separator, deleting extra geometry, and joining symmetry for clean edges.

Place doors and windows on face geometry with instance on points, using face normals stored as attributes and proximity to ground to position doors, while random values control window/door variations.

Use geometry nodes to place balcony elements by instance on points with random value controls, ensuring doors appear on the ground and windows avoid the balcony.

Capture face area in geometry nodes as a float attribute and use a boolean threshold to hide the balcony and reveal a window when the area is small.

Master placing dish instances on window sides with Blender geometry nodes. Control left-right placement, floor start, and dish probability using random value, switch, face area, and instance indexing.

Place rooftop dish on buildings with geometry nodes, instance on points, and join geometry; control placement by ground distance, then apply roof, floor separator, and wall materials with randomized color.

Expose values in Blender geometry nodes with group inputs and a root node to control floor count and dish probability. Test window, door, balcony, and shed probabilities and seeds.

Learn curve basics in Blender geometry nodes: convert curves to meshes, use profile curves, adjust radius and resolution, and align cubes along curves with tangent and vector alignment.

Create a chain along a curve with geometry nodes, instancing and rotating links tangent to the curve. Use index-based rotation with pi/2 to alternate 90-degree turns.

Manipulate curve handles on a bezier curve with geometry nodes, set handle type from auto to free, and move left and right handles independently.

Rotate the curve with free handles, instance pillars on points, and align pillar rotation to the vector and curve tangent; fix rotation with z-axis constraint and adjust resample settings.

Learn to add windows automatically on side walls as you move the face by splitting edges, capturing edge normals, and using curve resampling with mesh-to-curve conversions to place instances.

Learn to build a Blender geometry nodes workflow that resamples points on faces and uses proximity and boolean logic to place doors, windows, and dishes.

Add roof details by subdividing the roof mesh, then instance air cooler and air ducts on points, join geometry, and randomize rotation and scale with geometry nodes.

Learn to build a three-step stair with a single geometry node that auto adjusts to height, featuring controls for density, width, railing height, and curvature.

Create a stair using Blender geometry nodes by converting a plane to curves, applying sampling, and instancing profiles along points with transform and join geometry operations.

Create stair side rails by shaping a curve, converting to mesh, and extruding along the z axis; bevel vertices and merge by distance to refine the profile and reduce vertices.

Place cylinders along a rail curve with geometry nodes, resample the curve and instance on points, center them with an offset scale, and use geometric proximity to remove unused instances.

Create a stair with Blender geometry nodes by filling a curve, enabling cyclic splines, using a profile with fill curve, merging vertices, extruding, and switching nodes.

Apply shade smooth to faces in Blender geometry nodes using edge angle, unsigned angle, and a compare node, convert degrees to radians with a math node.

Expose controls for stair generation using Blender geometry nodes. Adjust step density, stair width, railing height, and curvature with group inputs and a railing bar switch.

Learn to move an edge without edit mode using set position and a combined node with a value node to control stair length and y and z offsets.

Learn to build a procedural wooden castle using modular pieces, including two wall types with doors, windows, and a flag, and download the models from the project file.

Master neighbor nodes in Blender geometry nodes by exploring vertex, edge, and face neighborhoods, adjusting counts to highlight selected vertices, edges, and faces, and identifying borders.

learn to create a wooden castle facade by placing modular walls, doors, and windows on cube faces using geometry nodes, including face normals, face area, filtering, and randomized door/window placement.

Build wooden castle frame in Blender geometry nodes, shaping side walls with mesh to curve, apply shading, fill gaps with scale elements, and optimize with merge by distance and union.

Build the wooden castle roof by duplicating roof faces, converting curves to a mesh, filtering edges with edge neighbor and compare nodes, then shade smooth and apply roof border materials.

Learn to build a slant roof in Blender geometry nodes, using extrude, x-axis scale to zero, area filters with epsilon, boolean and merge by distance, and mesh to curve workflows.

Select side faces by area using greater than and less than filters in geometry nodes to place objects on walls or doors, then synchronize drivers for consistent node behavior.

Explore Blender geometry nodes in this beginner masterclass by placing a small window on a selected face, using extrusion, face separation, and edge-based filtering with edge neighbor and geometric proximity.

Extrude faces, place pillar instances along the house using geometry nodes, proximity selection, and raycast to ground, then merge, split edges, and apply materials for a wooden castle pillar setup.

Use geometric proximity to place doors on a castle by comparing ground and face proximity, translating faces along the z axis, and controlling door probability with boolean logic near roof.

Bevel roof edges, filter faces by area with a named attribute, and separate rooftop geometry using geometry nodes to extrude and shape the wooden castle.

Create a wooden castle flag in Blender geometry nodes by building a base, mid section, and top. Drive the height with a ground raycast and apply the flag four material.

Rotate the base pillar to align with the plane's face normal, and use a Musgrave-driven z-position on a subdivided plane to create a terrain.

Learn to add a cube in Blender geometry nodes, apply materials to its faces, and refine face selection with greater-than and less-than logic, booleans, and an end node for extrusion.

Expose probability and seed controls in Blender geometry nodes to reliably drive door versus window choices in a wooden castle, avoiding two random value nodes.

Discover essential Blender geometry nodes workflow for beginners and receive an important message guiding best practices and foundational techniques.