-
Introduction 0
-
Welcome & Introduction 05 minLecture1.1
-
Course Overview 05 minLecture1.2
-
Schedule 05 minLecture1.3
-
-
Introduction to Programming I :: Opens 17. Oct. 2018 1
In this section we make the first steps in programming.
-
Start Rhino and Grasshopper 09 minLecture2.1
-
Data Types 09 minLecture2.2
-
Create Geometry 33 minLecture2.3
-
Programming Assignment I [UMS] 0 dayAssignment2.1
-
Further sourcesLecture2.4
-
-
Introduction to Programming II :: Opens 07. Nov. 2018 1
You learn how to use the most common programming techniques.
-
Loops 24 minLecture3.1
-
Geometry in the Loop 27 minLecture3.2
-
Nested Loops 27 minLecture3.3
-
Programming Assignment II [UMS] 0 dayAssignment3.1
-
-
Introduction to Programming III :: Opens 21. Nov. 2018 1
We study more advanced programming methods and put together the learned basics in an example.
-
Functions 22 minLecture4.1
-
Conditions 14 minLecture4.2
-
Growing Rectangles Example 35 minLecture4.3
-
Further Readings on Programming with C# 10 minLecture4.4
-
Programming Assignment III [UMS] 0 dayAssignment4.1
-
-
Get Spatial Data // Opens 28. Nov. 2018 1
New techniques to collect data from the web and bring it in Rhino/Grasshopper.
-
Introduction 02 minLecture5.1
-
OpenStreetMap data 2 Rhino Grasshopper 06 minLecture5.2
-
Topography data and satellite images 07 minLecture5.3
-
Data sources 10 minLecture5.4
-
Spatial Data Assignment 0 dayAssignment5.1
-
Alternative EMail Assignment :: Spatial Data [UMS]Lecture5.5
-
-
Guest Lecture by Theresa Fink // 12. Dec. 2018 // 14:00 // Computer Pool 0
-
Interview with Theresa Fink 08 minLecture6.1
-
On Urban Planning and Procedural Modeling 19 minLecture6.2
-
-
Model Theory :: Opens 12. Dec. 2018 1
Introduction to the theoretical foudation for creating models of the world and of your design problems.
-
What is a Model 11 minLecture7.1
-
Examples of Spatial Models 13 minLecture7.2
-
Modelling 18 minLecture7.3
-
Systems 08 minLecture7.4
-
System Dynamics Urban Modeling 13 minLecture7.5
-
Self-Organization & Emergence 19 minLecture7.6
-
Model Theory Quiz [UMS] 5 questionsQuiz7.1
-
-
Modeling and Simulation in Grasshopper :: Opens 09. Jan. 2019 1
We investigate how to implement dynamic simulations in Grasshopper.
-
Growth Model 20 minLecture8.1
-
Wolves and Sheep Model 17 minLecture8.2
-
Simple Urban System 11 minLecture8.3
-
Dynamic Urban System 19 minLecture8.4
-
Urban Modelling Assignment I [UMS] 0 dayAssignment8.1
-
Alternative EMail Assignment :: Urban Modelling I [UMS]Lecture8.5
-
-
Dynamic Urban Models in Grasshopper :: Opens 16. Jan. 2019 0
Introduction of an advanced urban model to simulate urban develoment.
-
Introduction 02 minLecture9.1
-
Grid City I // Overview and Distances 12 minLecture9.2
-
Grid City II // Initialization 09 minLecture9.3
-
Grid City III // Attractivity Map 20 minLecture9.4
-
Grid City IV // Location Choice 09 minLecture9.5
-
Grid City V // Outcomes & Measures 07 minLecture9.6
-
Network City // Distances in a Graph 21 minLecture9.7
-
Network City // Generative Model 15 minLecture9.8
-
Network City // Weimar Example 09 minLecture9.9
-
Urban Simulation Assignment II [UMS]Lecture9.10
-
Alternative EMail Assignment :: Urban Modelling II [UMS]Lecture9.11
-
-
Conclusion :: Opens 30. Jan. 2019 1
Wrap up our experiences with the course.
Interview with Theresa Fink
Theresa Fink is a researcher in Computational Urban Design at the AIT Austrian Institute of Technology in Vienna. She is interested in spatial data science and its application in urban design and planning, urban simulation and analysis techniques. During her studies, she completed internships at Herzog & de Meuron and Baumschlager Eberle in which she has expanded her knowledge in the field of parametric modeling and architecture. She studied architecture at the Graz University of Technology and worked as a student assistant at the Institute for Architecture and Media during her Master studies.