Computational Methods in Architecture
( 24 Modules )

Module #1
Introduction to Computational Methods
Overview of computational methods in architecture, historical context, and importance in modern design practice

Module #2
Fundamentals of Programming for Architects
Basic programming concepts, data types, variables, and control structures for architecture students

Module #3
Introduction to Grasshopper
Getting started with Grasshopper, a visual programming language for Rhino

Module #4
Geometry Fundamentals
Understanding geometric concepts, points, vectors, and curves in computational design

Module #5
Algorithmic Thinking
Developing problem-solving skills using algorithms, and understanding their application in architecture

Module #6
Computational Design Principles
Exploring principles of computational design, including iteration, recursion, and self-organization

Module #7
Generative Design
Using computational methods for generative design, including L-Systems and Cellular Automata

Module #8
Parametric Design
Introduction to parametric design, including parametric curves, surfaces, and solids

Module #9
Dynamo and Revit API
Using Dynamo and Revit API for building information modeling (BIM) and parametric design

Module #10
Visual Scripting
Visual scripting in Grasshopper, including data flow, graph editors, and component libraries

Module #11
Data Analysis and Visualization
Working with data in computational design, including data analysis, visualization, and statistical methods

Module #12
Building Performance Analysis
Using computational methods for building performance analysis, including energy efficiency and sustainability

Module #13
Computational Fabrication
Introduction to computational fabrication, including CNC machining, 3D printing, and robotic fabrication

Module #14
Structural Analysis
Using computational methods for structural analysis, including finite element methods and structural optimization

Module #15
Computational Urban Planning
Applying computational methods to urban planning, including urban simulation and geographic information systems (GIS)

Module #16
Collaborative Design and Communication
Using computational methods for collaborative design and communication, including data sharing and visualization

Module #17
Case Studies in Computational Architecture
Exploring real-world applications of computational methods in architectural design

Module #18
Advanced Grasshopper Techniques
Advanced topics in Grasshopper, including custom components, scripts, and plugins

Module #19
Python Scripting for Architects
Using Python for scripting and automation in architecture, including scripting for Grasshopper and Revit

Module #20
Computational Design and Fabrication with Arduino
Introduction to Arduino and its applications in computational design and fabrication

Module #21
Generative Modeling and 3D Printing
Using generative modeling and 3D printing for complex geometries and architectural applications

Module #22
Computational Acoustics and Lighting Design
Using computational methods for acoustic and lighting design, including simulation and analysis

Module #23
Computational Methods for Sustainability
Applying computational methods to sustainable design, including building performance simulation and optimization

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Computational Methods in Architecture career

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Computational Methods in Architecture ( 24 Modules )

Computational Methods in Architecture
( 24 Modules )