8 Sections
25 Lessons
4 Hours
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Understanding Computational Design
3
1.1
What Parametric and Computational Design Really Mean
1.2
How Algorithms Are Changing Architecture and Design
1.3
Career Opportunities in Computational Design
Core Skills & Foundations
3
2.1
Design Thinking for Computational Workflows
2.2
Basics of Geometry, Logic and Data Structures
2.3
Understanding Visual Programming Concepts
Essential Software & Tools
3
3.1
Introduction to Grasshopper for Rhino
3.2
Using Dynamo with Revit
3.3
Exploring Python and Scripting for Designers
Advanced Computational Applications
3
4.1
Generative Design and Optimization
4.2
Environmental Analysis and Performance Simulation
4.3
Digital Fabrication and Robotics in Design
Portfolio & Career Building
3
5.1
Creating a Computational Design Portfolio
5.2
Showcasing Process, Logic and Innovation
5.3
Building an Online Presence in the Tech-Design Space
Industry Opportunities & Workflows
3
6.1
Working in Advanced Architecture and Design Firms
6.2
Computational Design in Engineering and Product Design
6.3
Remote and Freelance Computational Design Careers
Future Technologies & Innovation
3
7.1
AI and Machine Learning in Design
7.2
Smart Systems, Responsive Architecture and Digital Twins
7.3
The Future of Human-AI Collaboration in Design
Long-Term Growth & Strategy
4
8.1
Building a Specialized Computational Design Career
8.2
Entrepreneurship and Innovation Opportunities
8.3
Common Mistakes Beginners Make
8.4
Final Career Roadmap for Computational Designers
Careers in Parametric & Computational Design
Curriculum
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