3D Modeling & Animation Techniques
This course provides a comprehensive introduction to 3D modeling for digital artists, focusing on professional object creation, surface modeling, lighting, and rendering workflows. Students learn to construct complex 3D models with correct topology and prepare production-ready scenes. A brief introduction to basic 3D animation is included to build foundational motion understanding.
- Create accurate 3D models using professional modeling techniques.
- Apply clean topology for production-ready assets.
- Model different categories of 3D objects using appropriate workflows.
- Build realistic scenes using lighting, cameras, and materials.
- Demonstrate basic animation principles using simple object motion.
The whole semester.
- 01Introduction to 3D & Software Interface
- 023D Production Pipeline & Scene Organization
- 03Polygon Modeling Basics (Vertices, Edges, Faces)
- 04Core Modeling Tools (Move, Rotate, Scale, Extrude, Inset, Bevel)
- 05Modeling Simple Objects (Props & Hard-Surface Forms)
- 06Edge Flow & Clean Topology Principles
- 07Subdivision Surface Modeling & Support Loops
- 08 · MidtermModeling Complex Hard-Surface Objects
- 09NURBS & Hybrid Modeling Workflows
- 10Precision Modeling Using Reference Images
- 11UV Mapping & Texture Preparation
- 12Materials, Shaders & Surface Detailing
- 13Cameras & Composition for 3D Presentation
- 14Lighting Fundamentals & Three-Point Lighting
- 15Rendering Settings & Scene Optimization
- 16Principles of Animation & Basic 3D Object Motion
Midterm around session 8. Final project briefed at session 8 or 9 and developed in stages until the juries.
Students will create a detailed 3D model of a complex object (architecture not allowed). Requirements of Final Project: A complex non-architectural 3D object with clean topology, properly applied materials and textures, professional lighting setup and camera composition, and high-quality renders from multiple angles. The final project will be evaluated on modeling accuracy, topology quality, realism, lighting, and presentation.
- Maya 3D Modeling Tutorial for Beginners (Full Workflow) by Mario Elementza | Why: Covers polygon modeling basics, topology, subdivision, UV basics, and rendering in Maya. | Link: https://www.youtube.com/watch?v=OSS7icMUAiACovers polygon modeling basics, topology, subdivision, UV basics, and rendering in Maya. | Link: https://www.youtube.com/watch?v=OSS7icMUAiA
- Maya Beginner Series – Working With Polygon Objects by World of Level Design | Why: Teaches polygon primitives, component edits (vertices/edges/faces), and modeling workflows in Maya. | Link: https://www.youtube.com/watch?v=YjwtQRsFe1gTeaches polygon primitives, component edits (vertices/edges/faces), and modeling workflows in Maya. | Link: https://www.youtube.com/watch?v=YjwtQRsFe1g
| 2D Animation | A comprehensive introduction to the foundational principles and practical techniques of 2D animation. This course covers the 12 Principles of Animation, character design, storyboarding, and digital production pipelines. |
| 3D Animation Director | This capstone leadership course prepares students to steer a 3D production from concept to completion. Bridging the gap between creative vision and technical reality, students will learn to direct animators, manage the "Pipeline," and make critical artistic decisions. |
| 3D Environment Artist | An environment artist does more than place trees; they are the architects of virtual worlds. This course teaches the "Modular Workflow," where students create versatile kits of walls, floors, and props that can be assembled into vast, seamless levels. |
| 3D Modeling for Interior Architects | This specialized course equips interior designers with the digital skills to translate 2D floor plans into immersive 3D environments. |
| 3D Pen Modeling & Sculpture | "Drawing in thin air." This hands-on studio course explores the bridge between 2D illustration and 3D prototyping using 3D printing pens. |
| 3D Printing | This course empowers students to turn digital bits into physical atoms. Focusing on "Additive Manufacturing," students will learn the science and art of 3D printing. |