Blender Complete Bootcamp Model, Animate & Render Like a Pro

Use any Blender version above 2.8 for this course, since the UI stays similar. The course covers core features from 2.0 onward, enabling modeling, animation, and rendering learning in 2025.

Receive a timely update on Blender Network shutdown, its impact on the course, and how to contact the instructor via email or the Q&A for support.

Explore blender's interface, focusing on the viewport, outliner, and properties panel, and learn how to resize windows, manage collections, and use the timeline for animation.

Discover Blender's modular interface, duplicating and reconfiguring windows to suit any task—from modeling and texturing to shading and rendering. Learn how tab presets and multi-view layouts boost workflow efficiency.

Explore Blender's interface by examining render properties, output properties, view layer properties, world properties, and object properties, and learn how modifiers, particle systems, physics, and shader materials affect renders.

Select objects with left click and drag a selection box; use shift-click to group, and rotate or pan the viewport with the middle mouse button.

Enable emulate three button mouse in Blender preferences to rotate the viewport with left click when lacking a middle mouse button. Drag with shift left click, and zoom to navigate.

Move, rotate, and scale objects along the x, y, and z axes using the arrows, with axis colors red, green, and blue indicating directions.

Move, rotate, and scale objects using Blender's gizmos, mastering the G, R, and S shortcuts and axis constraints with Y or numeric input to achieve precise transformations.

Learn to add 3-D objects in Blender via mesh or Shift A, place items like cones and spheres, and delete with X, mindful of cursor position and the outliner.

Learn how to use 3D cursor to position objects, set the origin, and snap selections, using cursor to active, selection to cursor, and the shift-s menu.

Learn to duplicate objects and master advanced selection methods in Blender, including box and circle selection, invert selection, and quick deletes using shortcuts.

Remap Blender's view selected shortcut in preferences so laptops without a numpad can focus the viewport on a chosen object with a custom key.

Navigate Blender's viewport by snapping the camera to the x, y, and z axes and using numpad shortcuts or emulate numpad for front, right, and top views.

Learn the difference between perspective and orthographic views in Blender, including depth perception and vanishing points, and how to switch between them with keys 1/3/7 and 5.

Explore the main viewport shading types in Blender, including wireframe and solid views, plus material preview and real-time render, overlays, x-ray mode, gizmo visibility, and object-type visibility.

Master geometry shading in Blender by toggling shade flat and shade smooth to remove flat faces; access shading options via the contextual right-click menu on any geometry.

Learn how to set and reset an object's origin in Blender to control rotation, using the cursor to position the origin and center of mass as the pivot.

Master the Blender camera: switch orthographic and perspective views, enter and place the camera, set the active camera with ctrl-0, and fly with shift-F.

Organize Blender scenes with collections, manage visibility, rename, and create new collections, then assign objects to collections to control properties and particle effects like grass.

Explore Blender preferences to customize interface, resolution, language, and theme; enable add-ons to expand modeling tools, adjust navigation and input, and manage performance with memory and autosave options.

Learn Blender’s modeling pipeline by navigating the interface, manipulating geometry with G/S/R, using transform tools and shortcuts, organizing with windows and the outliner, and applying shading and render previews.

Explore the basics of 3D geometry in Blender, from coordinate systems and vertex placement to how triangles and faces build complex geometry, including triangulation to reveal underlying structure.

Learn to enter Blender's edit mode from object mode, move vertices, edges, and faces with G along axes, and switch between vertex, edge, and face selection for precise modeling.

Explore normal vectors and their role in determining the front face of geometry, using cross products and averaging to guide backface culling, lighting, and texturing in Blender.

Visualize normal vectors in Blender, display normals, and recalculate them to point outward. Flip normals when needed to ensure correct shading and textures on objects.

Learn how the OBJ format encodes 3D geometry by hand, defining vertex positions and faces, exporting from Blender, and importing back to verify the underlying math of modeling.

Master loop cuts in Blender to add edges and subdivide geometry. Work in edit mode to select loops and use the control R shortcut for precise cuts.

Learn to subdivide surfaces in Blender using loop cuts, adjustable cuts, and vertex-level edits to create dense, uniform geometry.

Move a vertex and nearby vertices with proportional editing enabled, using a falloff radius. Choose from falloff types like sphere, root, inverse square, linear, constant, and random to shape geometry.

Master the snap tool in Blender by using vertex, edge, and face snapping to align geometry. Enable increments, lock axes with set axis, and use G and S for snapping.

Learn to remove duplicated vertices to clean up geometry in Blender, preventing overlapping vertices and geometry errors, using merge by distance in edit mode.

Explore how transform orientations in Blender affect movement and rotation, comparing global, local, normal, and view alignments, and learn when to use cursor or view-based axes.

Learn to extrude faces to create new geometry in Blender using E, then refine with loop cuts and subdivide to build complex forms.

Master viewport shading options in blender to visualize your model without affecting the render, using solid mode, madcap preview, and per-object random colors. Activate world-space cavity shading to see geometry.

Learn to add and fill faces in a Blender edit session by selecting vertices and pressing F, reconstructing geometry with triangles or quads, and refining your model.

Explore Blender's edit-mode modeling toolkit, from annotation with grease pencil and precise measure, to extrude, insert faces, bevel with variable segments, and knife tools for freeform geometry.

Learn how to create parent-child relationships in Blender, so a parent's movements transform all children, using Ctrl+P, visible dotted lines, and options to clear parenting.

Join multiple objects by selecting them and pressing ctrl j to edit as one; separate in edit mode by pressing p, restoring two objects with vertices possibly unconnected.

Blender 4.x modifiers are explored, focusing on naming changes and user interface locations. Find modifiers via the modifiers tab, add or search for options like array, generate, deform, and physics.

Explore the subdivision surface modifier in Blender to convert low-poly meshes into smooth geometry, control subdivision levels for viewport and final render, and learn when to apply or uncage geometry.

Learn how to apply modifiers in Blender 4.x by using the arrow next to a modifier in object mode, enabling you to apply and duplicate modifiers and see real changes.

Practice a character modeling exercise in Blender using the provided project image, moving vertices, adding loops, and applying proportional editing to refine the mesh.

Learn to add reference images in Blender, using reference or background images, set orthographic front and right views, adjust alpha transparency, and organize with a robot collection.

Begin modeling with a cube, cut the right half, and apply a mirror modifier along the x axis to duplicate left side, then edit in edit mode with loop cuts.

Move the cube’s vertices in the orthographic view to form a rough shape, then add loop cuts and refine with edge slides using a subdivision surface modifier.

Model a character body and head in Blender by creating a tube, refining geometry in wireframe view with proportional editing, adding loop cuts, and finishing with a subdivision surface.

Develop a robot neck in Blender by starting with a low-polygon cylinder or torus, adjusting segments to eight, using wireframe mode, and positioning along the set axis before adding details.

Model arms in Blender by setting the sphere origin to the cursor and using a mirror modifier for symmetry, then connect geometry with vertices, F, extrude, and loop cuts.

Learn Blender modeling by applying modifiers, separating selections to create left and right limbs with mirror, and refining shapes with cubes, loop cuts, and subdivision for accurate forms.

Apply mirror and subdivision modifiers, create a crease via an outer loop cut, extrude faces, and refine with loop cuts and bends to finish a polished Blender model.

Complete the Blender facial model by placing eyes, shaping the nose and eyebrows, refining with loop cuts and subdivision surfaces, and adding a plane to prevent seeing through the eye.

Learn to model with curves in Blender by creating and extruding curves, manipulating vertices to shape curves, converting curves to geometry with faces, then refine with loop cuts and subdivision.

Explore Blender modifiers for modeling, including solidify, boolean, remesh, and voxels to create thickness, complex cuts, and refined geometry.

Explore Blender sculpting in sculpt mode with brushes like draw, smooth, inflate, and grab; use multiresolution and mirror along the x axis for detailed, symmetric models.

Practice a diy 3d modeling project in Blender, building a simple lego-like figure from a reference image using front and side views, loop cuts, and basic shapes.

Browse the drawing database to find blueprints for modeling in Blender, then practice box modeling aircraft, vehicles, and weapons to sharpen 3D modeling skills before animation.

Understand how frames per second drive the illusion of movement in animation, and how 15, 30, and 60 fps influence the smoothness of Blender projects.

Plot key frames to map the animation's main positions, then create in betweens to fill motion between frames, producing smooth, controlled movement.

Explore the 12 principles of animation, from squash and stretch to appeal, with practical examples and techniques for creating weight, anticipation, and staging in Blender.

Apply the twelve principles of animation in a simple drawn exercise, using anticipation, squash and stretch, arc, and timing through straight-ahead action, then translate these motion concepts into Blender.

Learn how Blender uses animation curves to describe 2d and 3d motion, with curves for x, y, and z, where time maps to displacement and axes combine for movement.

Explore the blender graph editor to animate by placing keyframes on the timeline, generate in-betweens, and shape x, y, z location curves across 250 frames at 24 frames per second.

Discover how to move keyframes in the graph editor, and apply interpolation techniques for curves with linear, bezier, and constant options to shape your animation.

Explore the Blender graph editor by constructing and editing X and Y curves with keyframes, handles, and interpolation, while switching timelines between frames and seconds to control motion.

Master the graph editor in Blender by animating a cube across a plane using keyframes in X and Y, duplicating frames, and isolating curves to understand animation curves.

Block in keyframes to outline the movement and establish the core timing, then plan with curves to create in-betweens and interpolations, and polish by adjusting handles for precise motion.

Learn to model and animate a bouncing ball in Blender through blocking and polishing phases, setting keyframes, shaping curves, and adjusting velocity and gravity for a believable bounce.

Learn to create a bouncing ball animation in Blender by adjusting curves, applying linear timing, and using location, rotation, and scale keyframes for collisions, walls, and polishing the motion.

Master pose mode in Blender by using controllers to move and rotate bones that drive geometry, and preview the basics of rigging while planning a walk cycle.

Load a reference image in blender, align the character, and block a 25-frame animation using location and rotation keyframes at frames 1, 4, 7, 10, 13, 16, 19, 22, 25.

Practice animating a character by adjusting controllers, setting keyframes from frame 7 to 13, and refining location, rotation, and interpolation for believable bending and contact shots.

In this blender 2025 bootcamp animation exercise, you adjust location and rotation, set keyframes across frames 16–25, and craft a seamless loop for a smooth restart.

Move from blocking to polishing by adjusting keyframes, rotation, squash and stretch, and scale to create more dynamic, balanced character movements in Blender animation.

Learn to animate a walking cycle in Blender by adjusting location along the y axis, preventing sliding, creating a cyclic walk with linear extrapolation, and fine-tuning lighting and timing.

Learn to render a Blender preview video by configuring a camera, performing viewport renders, and exporting an animation as a movie with proper frame counts and path-following.

Explore the dope sheet to view and edit keyframes across controllers, compare it with the graph editor, and quickly fix misplaced frames to keep animation clean.

Use the action editor to create multiple animations for one model—walking, idle, and random actions—and organize them with the dope sheet and timeline before exporting as sbx.

Explore animating not just geometry but also parameters, using keyframes to change a light's color and power over time in Blender, with Eevee rendering and the graph editor.

Learn to use shape keys in blender to deform objects by sculpting base and key shapes, snapping vertices, and animating key values across frames.

Explore physically based animation by solving differential equations of motion with numerical methods in Blender. See how Newton's laws model gravity and collisions, and how hit play reveals the animation.

Enable physics to apply gravity on rigid bodies and distinguish from soft bodies, while using animation cache to play back precomputed positions and set passive rigid bodies for collisions.

Adjust gravity and collisions in rigid body simulations, using Earth gravity and axis variations, with simple collision shapes; apply transformations and set origin to geometry for accurate physics.

Explore how convex hulls and mesh collisions govern Blender rigid body simulations, comparing outer-vertex hulls with exact mesh collisions, and tune friction and bounciness for dynamic interactions.

Model a bowling pin and set up a rigid body animation to strike bowling pins. Add subdivision surfaces and a flat base to stabilize the scene during the simulation.

Create a bowling scene by mixing keyframe animation with a physics-driven rigid body system, toggling animated mode near collisions and tuning friction and momentum with the graph editor.

Learn to build an eight-wide, eight-high cube tower with an array modifier, convert to individual rigid bodies, and set up a wrecking ball simulation with a floor to test destruction.

Create a wrecking ball rig in Blender by building a chain, converting to rigid bodies, adjusting mass, applying transforms, and simulating physics across frames to achieve a believable destructive animation.

Master force fields in Blender by applying force, wind, vortex, magnetic, turbulence, and drag to rigid bodies, adjust strength and direction to create dynamic simulations.

Explore soft body simulations in Blender, learning how to enable collisions, adjust push and damping, bake simulations, and optimize performance across platforms.

Master cloth physics in Blender by adding a cloth mesh, subdividing for detail, adjusting internal springs and tension, and baking the simulation for accurate renders.

Apply the cloth modifier before subdivision to prevent explosions, then pin vertices with a vertex group to hold them in place, and use wind forces to move the cloth.

Learn to build a flag with cloth physics in Blender by pinning a vertex group, enabling self-collisions, applying parenting with keep transformations, and simulating wind with a force field.

Set up a fluid simulation by defining a domain and a liquid object, adjust resolution for realism, bake the data, and convert to mash for rendering in Blender.

Add initial velocity to a fluid in blender's fluid simulation using inflow, keyframe animation, and effector obstacles to guide interaction with objects.

Learn to bake fluid simulations in Blender 2.9 using diffusion, set up the domain, liquid, and flow, and bake across frames.

Learn basic video editing in Resolve: import clips, match frame rates, cut and split scenes, mute or unlink audio, add music and effects, and render a finished project.

Create a simple, story-driven animation using a reusable gate character, keyframes, and independent rigid bodies, then render with basic camera moves and optional sound effects.

Explore building and tuning a particle system in Blender, controlling particle spawn over frames, lifetime, randomness, velocity, and physics, and render particles as 3D objects for snow-like effects.

Explore turning Blender particle systems into rigid bodies using the copy particles to rigid bodies add-on, enabling realistic collisions with MASH, rigid body physics, and passive settings.

Explore hair particle systems in Blender, learn to use vertex groups to control density and distribution, and preview how to fine-tune strands before rendering.

Rig a simple cylinder by building an armature with multiple bones. Learn edit mode, extrude, subdivide, and visualize bones in front for animation.

Bind a model to an armature with automatic weights, then explore forward kinematics and inverse kinematics for pose-driven motion, and refine weights using painting and vertex groups for realistic deformations.

Set up an inverse kinematics system by creating a controller bone, removing its parent, selecting two active bones, and using a custom circle as the controller for precise animation.

Create a base controller that drives the entire geometry, parent the chain with keep offset, and hide bones on a separate layer for a production-ready AKCA rig.

Apply modifiers and join all parts, then build an armature in edit mode, extrude bones, parent with automatic weights, and refine robot rigging weights with painting for accuracy.

Master rigging a robot in blender by creating bone chains, removing parents, and using two-bone constraints for the leg and foot, with weight tweaks for a clean, working rig.

Explore how a computer shades 3D objects by using face normals and dot products to determine which polygons face the light, creating real-time shading and shadows in Blender.

Compare cycles and Eevee in Blender: Cycles uses offline path tracing for high fidelity renders, while Eevee offers real-time rendering with faster previews, each with trade-offs in lighting accuracy.

Learn to enable your graphics card in Blender by selecting graphics in System Preferences, then choose CUDA or OptiX for NVIDIA GPUs to speed up Eevee and Cycles renders.

Explore how ray tracing simulates light by tracing rays from the camera through pixels, computing reflections, refractions, and shadows, and note how parallel computations speed the process.

Explore cycles viewport shading and real-time preview by comparing cpu and gpu rendering times, understanding ray tracing and noise, and previewing eevee engine for faster, real-time feedback.

Learn the basics of rendering in Blender cycles by using a camera, light, and objects, render, and save your image as a png with alpha transparency.

Learn how sampling per pixel controls rays to reduce noise, and how power-of-two tile sizes influence render time on gpu vs cpu.

Explore point, sun, area, and spotlight lights in cycles. Learn to adjust power, size, and shadows, and understand how bounce and area light shapes affect renders.

Explore indoor lighting with cycles by lighting a kitchen in four scenarios—daylight, moonlit night, sunset shadows, and artificial lighting—planning, balancing, and rendering techniques.

Learn how to reduce noise in Cycles renders by adjusting samples, using denoising options, and optimizing lighting and camera setup for cleaner daylight scenes.

Find the denoising feature in Blender 2.9 by opening render properties, selecting cycles and device, then locating denoising under sampling; the option has moved, not disappeared.

Master indoor daytime lighting in blender cycles by using light portals to direct sunlight, refine renders with high samples and denoising, and achieve clean, noise-free interiors.

explore indoor sunset and night lighting in cycles, adjusting sun orientation and color to create daylight, sunset, twilight, and moonlit night scenes, then render with controlled moonlight and noise.

Explore indoor artificial lighting in Blender using point lights, area lights, and spotlights, adjust power and color for realistic mood, and manage noise with sampling.

Set up a three-point lighting rig in Blender using key, fill, and backlight to sculpt contours, then enhance renders with the three-point lights addon and color tweaks.

Learn to apply materials in blender using the shader editor, creating diffuse, glass, and glossy shaders by connecting nodes to the surface, adjusting color, roughness, and texture inputs.

Master emission, tune, and mix shaders to create glowing, diffuse and glossy materials, explore subsurface scattering for skin-like translucency, and balance samples to reduce render noise.

Explore the principled shader in Blender to create physically based materials with pbr textures, using maps like roughness and metallic, and mix shaders for efficiency.

Apply multiple materials to different faces in a Blender object by adding a second material, selecting faces in edit mode, and assigning red and green materials with specular and roughness.

Learn to use HDRI images to light and render scenes in Blender, using seamless 360 HDRIs as environment textures to simulate sky, sun, clouds, and lighting effects.

Learn to rotate the HDRI background in blender using texture coordinate and mapping nodes, switching to world shading, and adjusting generated coordinates for control on the X and Y axes.

Learn to set camera focus and depth of field in Blender, select the focus object, adjust the f-stop for background blur, and explore adaptive sampling for cleaner renders.

Set up a domain for volumetrics and connect the principled volume shader to the volume input to render volumetric lighting with spotlights. Adjust density and absorption color to refine visibility.

Learn UV mapping and texturing by projecting a 2D image onto 3D geometry in Blender, using UV coordinates (u, v), vertex data, and normals to map textures.

Learn practical UV mapping and image texturing in Blender 2025, using free PBR textures, setting up color maps, UV coordinates, and materials to achieve accurate texture mapping.

Learn to use material preview for texture testing in Blender, create internal image textures to validate UV mapping, and adjust mapping to keep grid squares from warping.

Explore uv unwrap and reset workflows in blender, applying texture maps to three objects and understanding how reset stacks faces and how unwrap defines cuts.

Explore automatic UV mapping with Smart UV projection and compare it to manual unwrap, analyzing how UV maps, islands, seams, and textures align on 3D models.

Explore UV cube projection in Blender, unwrapping geometry into a cube and projecting faces from front, side, back, and top views. See how this mapping affects texture alignment across models.

Explore sphere and cylinder UV projection in Blender, fix mapping issues by remapping, scale along the x axis to square textures, and compare automatic versus manual unwraps across Blender 2.8+.

Learn how to use project from view for uv mapping, seeing how it projects textures from the current viewport, offering quick but imperfect results and a manual unwrap alternative.

Learn to unwrap models manually by marking seams and cutting edges, creating uv maps with islands, demonstrated on a cylinder and a cube in Blender.

Create UVs by hand for a Blender head by marking seams, unwrapping, and packing islands, separating ears and eyes, and optimizing texture mapping with margins.

Learn to paint textures outside Blender using an external editor, export a texture from the uv layout, and apply it as an image texture in Blender, then iterate with re-exports.

Paint textures inside blender using texture paint to create and apply a new image texture, then paint on the UV map with a brush for quick, basic results.

Understand how normal maps create depth by encoding surface normals, then apply them in Blender using non-color data, a normal map node, and lighting to reveal creases and texture detail.

Explore color textures and normal maps in Blender, and see how the PBR workflow uses diffuse colors and normal maps to influence lighting through color space, specular, and roughness.

Learn to create and adapt PBR materials in Blender by adjusting roughness and metallic values, and apply a roughness map to control per-pixel reflections for realism.

Explore PBR materials pt. 2 by using metallic, color, and normal maps to shape base color, metallic shine, and surface detail, with subtle roughness tweaks in the Yuva editor.

Master ambient occlusion in PBR materials by adding subtle shadows in crevices where objects intersect, using mix rgb, multiply, and the ambient occlusion node.

Explore how displacement maps alter geometry in Blender, using image textures to push vertices and create realistic PBR materials with adaptive subdivision for efficiency.

Learn to create and apply a manual displacement map in Blender using the displacement modifier, texture properties, and careful geometry subdivision for realistic depth.

Create a new pbr material in Blender using metal textures, connect color to base color, add a normal map, and mix metallic and roughness maps to control roughness.

Explore Blender's Eevee introduction, compare real-time rendering to Cycles, and learn to set up lights, shadows, materials and textures to achieve Cycles-like lighting.

Adjust the light angle and shadow sampling in Eevee to tune soft, high-resolution shadows. Increase viewport samples and shadow resolution to achieve smoother, more realistic real-time shadows.

Learn eevee materials and camera focus in blender, enable ambient occlusion for realistic shadows, use an hdr environment texture and bloom, and compare eevee with cycles.

Explore how Eevee handles reflections compared with Cycles, and learn to fake reflections using screen space reflections and reflection cube maps, baking, and clipping adjustments.

Explore how every material you set up works in Eevee, with reflections, greenspace reflections enabled, subsurface scattering, glass, metallic, roughness, specular, and normal maps all functioning.

Learn to push Eevee toward cycle-like realism by enabling ambient occlusion, using reflection cube maps and irradiance volumes, baking indirect lighting, and adjusting samples and bounces for fidelity.

Learn to create volumetric lighting in EEVEE using a domain, principle volume, and density settings, mirroring Cycles workflow for real-time rendering.

Bake lighting and material information into textures from cycles, then view in Eevee for cycle-like results. Export baked maps for Unity to use in game levels.

Learn to create realistic hair using cycles in blender by configuring particle hair settings, using simple and interpolated methods, adjusting radius, clumping, twist, and rendering with hair materials.

Learn to shade hair in blender’s eevee by creating a custom shader when the built-in option is unavailable, while adjusting hair size, length, color, and particle settings.