8 Sections
25 Lessons
4 Hours
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Introduction to Computational Design
3
1.1
What is Computational Design in Architecture
1.2
Evolution of Digital and Parametric Design
1.3
Why Computational Thinking Matters for Architects
Foundations of Computational Thinking
3
2.1
Understanding Logic, Algorithms, and Systems
2.2
Data-Driven Design Principles
2.3
Introduction to Visual Programming Concepts
Parametric Design Workflows
3
3.1
Basics of Parametric Modeling
3.2
Creating Rule-Based Design Systems
3.3
Managing Parameters and Design Variations
Generative Design & Form Exploration
3
4.1
Understanding Generative Design Methods
4.2
Exploring Complex Forms Through Computation
4.3
Optimization Techniques in Design Exploration
Environmental & Performance Analysis
3
5.1
Computational Tools for Climate Analysis
5.2
Daylighting, Ventilation, and Energy Simulations
5.3
Performance-Driven Design Decision Making
Computational Fabrication & Construction
3
6.1
Digital Fabrication Basics
6.2
Robotics, CNC, and 3D Printing in Architecture
6.3
Translating Digital Models into Built Reality
AI, BIM & Advanced Computational Workflows
3
7.1
AI and Computational Design Integration
7.2
Computational Design within BIM Ecosystems
7.3
Automation and Smart Design Systems
Future of Computational Architecture
4
8.1
Emerging Technologies in Computational Design
8.2
Ethics and Challenges of Algorithmic Design
8.3
Building a Computational Design Portfolio
8.4
Final Project: Developing a Computational Design System
Computational Design for Architects Explained
Curriculum
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