Real-Time 3D Rendering
Introduction
This course bridges the gap between traditional motion paths and modern real-time 3D viewport rendering. Students learn how to build, light, animate, and capture dynamic 3D graphic compositions instantaneously without long processing times.
Instructor Profile
Prerequisites
Description
Topics Covered
• 3D coordinate space navigation: X, Y, Z translation, scaling, and rotation rules
• Importing vector paths and processing 3D extrusions or bevel matrices
• Setting up real-time virtual cameras: lens settings, focal loops, and depth of field
• Material channel creation in real-time viewports: base color, roughness, emission
• Real-time lighting environments: 3-point light rigs, hdri maps, and ambient rays
• Physics-based simulation helpers: wind fields, gravity drops, and particle bounce
• Procedural object fracturing, text splitting, and cloner-driven typography loops
• Real-time engine optimization pipelines: preview frame toggling vs. final capture
Course Objectives
• Construct balanced 3D graphic scenes inside a live preview viewport environment.
• Build procedural cloner configurations to handle heavy repeating graphic models.
• Control real-time camera tracks and depth configurations for cinematic impact.
Learning Outcomes
• Animate a looping 3D typographical or structural graphic composition.
• Render an artifact-free motion segment using live dynamic viewport captures.
• Build a responsive material structure displaying accurate reflective roughness properties.
Tools & Materials
• Mid-to-high level computer workstation equipped with a modern graphics card
• 3D Motion software (Cinema 4D or Blender) or Real-time engine (Unreal Engine)
• Three-button computer mouse with functioning central scroll click wheel
Course Rules
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Ready to Enroll?
Preserve your seat by filling in the application form, upload a sample of your artwork, or provide your Artstation account for revision. Kindly, Do Not pay unless you have a confirmation message from us that you are accepted in this course.