
Set up a particle emitter inside a bowl, render chunks as objects, adjust size and random scale, set count to 200, lifetime to 80, and hide the emitter in render.
Learn to create a shadow catcher in blender 4.2 using diffuse and transparent shaders, color ramp, and blend render method, with sun lighting and soft shadows.
Animate the pirate ship by using a subdivided base plane as a target, applying copy location and rotation, shrinkwrapping to the ocean, and setting cycles with motion blur for compositing.
Composite and render a frame, fix distortion, color-match the 3D workspace with RGB curves, apply lens distortion and dispersion, and set 24 fps PNG renders.
Set up a shadow catcher in Blender using cycles, bevel geometry, proper lighting, and material tweaks, then use motion blur, transparency, and compositing for realistic integration.
Master camera tracking in Blender by setting up a scene, detecting and optimizing features, solving motion, and layering with background footage, markers, and 3D objects for integrated VFX.
Configure a plane shadow catcher with motion blur, transparent film, and a 45-degree area light; render with higher samples and bloom, then export a PNG sequence for editing.
Track and solve a new scene in Blender to integrate a ground shadow catcher and 3D elements with precise camera motion, using motion tracking, feature detection, and solve optimization.
Set up the 3D scene by configuring floor and tracking markers, adjusting scale and origin, and importing a GLB car model to simulate a phone-shot with a shadow catcher.
Apply color tone and rgb curves to blend the car with its background in blender compositing workflow. Render at 30 fps as png sequence using a shadow catcher for realism.
Set up the tracking scene by selecting three tracking markers, configuring floor, and applying a one-meter scale for proper orientation.
Configure Cycles with gpu compute, enable motion blur, create a shadow catcher plane with transparency, and position point and area lights to match the scene.
Switch to cycles, enable GPU compute and motion blur, then add a volumetric cube with density 0.2, anisotropy 0.75, and TV emission; compare 9 vs 15 samples to balance time.
Install a Blender add-on from disk, switch the light studio, configure a camera and light, and generate a depth map with realistic shadows using cycles.
Set cycles with GPU compute and enable motion blur, then create grass with a hair graph particle system, adjusting length, count, and clumping, and apply materials via Blender kit.
Apply wind and turbulence forces to animate grass, adjust wind strength to 0.3, set keyframes for turbulence with linear interpolation, and refine motion to match footage.
Learn to animate the metro by parenting area lights to metro empties, grouping metros, and setting keyframes with linear interpolation, then track the camera and adjust lighting for volumetric effects.
Rotoscope in After Effects to remove the subject from footage using roto brush and refine edge tools, fix frame-rate mismatches, and ensure clean green screen removal with proper first-frame selection.
Create a simple Superman 3D animation in Blender by importing a GLB model, rigging an armature, simulating a cape with wind, texturing, HDRI lighting, and camera-based rendering.
Create Hollywood-Level VFX with Blender — Master Camera Tracking, Compositing, and Green Screen FX
If you want to make studio-level visual effects using just your camera and Blender, this course will show you how — step-by-step, with zero fluff.
You’ll learn how to merge real-world footage with 3D animation to create stunning, cinematic shots that look like they came straight out of a Netflix production.
Inside this masterclass, you’ll discover how to:
Track your footage perfectly and integrate 3D CGI into the real world
Remove green screens cleanly and place your actors into realistic 3D scenes
Match lighting, reflections, and camera movement for seamless realism
Use Blender’s built-in tools and free add-ons for advanced compositing
Create your own movie-quality VFX shots from start to finish
What You’ll Learn:
Camera Tracking in Blender — Lock CGI to live-action footage with precision
Green Screen Compositing — Key out actors and environments with pro accuracy
Matchmoving & Lighting — Blend 3D and real footage like top studios
Cinematic Rendering — Achieve Hollywood-level realism using free tools
This course is perfect for filmmakers, YouTubers, and aspiring VFX artists who want results — not just theory.
Whether you’re new to Blender or already familiar with 3D, by the end of this course you’ll create VFX scenes that look truly professional.
Enroll now and master cinematic VFX with Blender.