3D Modeling and Computational Aesthetics
( 25 Modules )

Module #1
Introduction to 3D Modeling
Overview of the course, 3D modeling basics, and software overview

Module #2
3D Modeling Fundamentals
Understanding 3D coordinate systems, mesh types, and basic modeling concepts

Module #3
Working with Primitives
Creating and modifying basic shapes, such as cubes, spheres, and cylinders

Module #4
Understanding 3D Selection and Manipulation
Selecting, moving, scaling, and rotating objects in 3D space

Module #5
Extrusions and Lofts
Creating complex shapes using extrusions and lofts

Module #6
Boolean Operations
Using boolean operations to combine and subtract shapes

Module #7
Curves and Surfaces
Working with curves and surfaces, including NURBS and Bezier curves

Module #8
Introduction to Computational Aesthetics
Defining computational aesthetics, and its role in 3D modeling

Module #9
Algorithms for Aesthetics
Exploring algorithms for generating aesthetically pleasing forms and patterns

Module #10
Generative Design
Using algorithms and scripts to generate complex designs and shapes

Module #11
Parametric Design
Creating designs that respond to parameters and variables

Module #12
Introduction to Programming for 3D Modeling
Basic programming concepts for 3D modeling, using Python or a similar language

Module #13
Scripting for 3D Modeling
Using scripts to automate tasks and create custom tools

Module #14
Computational Geometry
Exploring computational geometry concepts, such as mesh repair and optimization

Module #15
Working with 3D Data
Importing, exporting, and working with 3D data from various sources

Module #16
Advanced 3D Modeling Techniques
Exploring advanced techniques, such as subsurface modeling and mesh reduction

Module #17
Lighting and Materials
Understanding lighting and materials in 3D modeling, and how they affect aesthetics

Module #18
Rendering and Visualization
Rendering and visualizing 3D scenes, including an introduction to ray tracing and global illumination

Module #19
Case Studies in Computational Aesthetics
Examining real-world applications of computational aesthetics in various fields

Module #20
Collaborative Project 1
Working in teams to create a 3D model and computational aesthetic project

Module #21
Advanced Topics in Computational Aesthetics
Exploring advanced topics, such as aesthetics-driven optimization and machine learning

Module #22
Case Studies in 3D Modeling
Examining real-world applications of 3D modeling in various fields

Module #23
Collaborative Project 2
Working in teams to create a 3D model and computational aesthetic project, with a focus on storytelling

Module #24
Portfolio Development
Creating a portfolio showcasing student work in 3D modeling and computational aesthetics

Module #25
Course Wrap-Up & Conclusion
Planning next steps in 3D Modeling and Computational Aesthetics career

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