Archive

Lecture, Winter 2023/24
In this lecture series with integrated exercises 1st year architecture and urbanism students get to know the basics in computational design methods.

Seminar, Winter 2022/23
This intensive series of lectures and exercises to cover the basics of algorithmic urban design and thinking, as well as parametric urban analysis using the software Rhino/Grasshopper.

Every semester we are providing topics for Bachelor and Master Theses.

IUDD Study Project, Summer 2023
In this design studio we will develop integrated planning strategies for a small city in rural Ethiopia. Therefore we will use the food, water and mobility  as a starting points for an integrated sustainable urban development.

Seminar, Summer 2023
In this seminar we will prepare you for the writing of a Master Thesis. Therefore the basic elements of scientific working (logical thinking, argumentation, development of research questions and hypotheses as well as selection of methods) are introduced.

Seminar, Summer 2023
In this seminar you learn the basics for parametric modeling for architectural design.

Seminar, Summer 2023
The course extends the knowledge and methods you learned in PUDA I. You will learn and train advanced parametric modeling techniques and further analysis methods as well as basic knowledge about statistics to study relationships between urban form and its manifold functions.

Lecture, Winter 2022/23
In this lecture series with integrated exercises 1st year architecture and urbanism students get to know the basics in computational design methods.

Design Studio, Winter 2022/23

Seminar, Winter 2022/23
In this seminar, students get to know the concept of building information modelling. A practical task will be the framework to learn to create a parametric building.

Seminar, Winter 2022/23
This intensive series of lectures and exercises to cover the basics of algorithmic urban design and thinking, as well as parametric urban analysis using the software Rhino/Grasshopper.

Seminar, Winter 2022/23
In this seminar you learn the basics for parametric modeling for architectural design.

Seminar, Winter 2022/23
The objective of this course is to learn knowledge and methods for better anticipating the perspective of the user of architectural spaces. Therefore you will on the one hand learn computational methods for quantifying daylight, visibility and accessibility. On the other hand you will learn a tool for conducting user studies in Virtual Reality.

IUDD Study Project, Summer 2022
In this design studio we will develop integrated planning strategies for a small city in rural Ethiopia. Therefore we will use the food, water and mobility  as a starting points for an integrated sustainable urban development.

Seminar, Summer 2022
In this seminar you learn the basics for quantitative urban analysis, including density, visibility and accessibility.

Seminar, Summer 2022
In this seminar we will prepare you for the writing of a Master Thesis. Therefore the basic elements of scientific working (logical thinking, argumentation, development of research questions and hypotheses as well as selection of methods) are introduced.

Seminar, Summer 2022
The course extends the knowledge and methods you learned in PUDA I. You will learn and train advanced parametric modeling techniques and further analysis methods as well as basic knowledge about statistics to study relationships between urban form and its manifold functions.

Seminar, Summer 2022
In this seminar you learn the basics for parametric modeling for architectural design.

Seminar, Summer 2022
The objective of this course is to learn knowledge and methods for better anticipating the perspective of the user of architectural spaces. Therefore you will on the one hand learn computational methods for quantifying daylight, visibility and accessibility. On the other hand you will learn a tool for conducting user studies in Virtual Reality.

Seminar, Winter 2021/22
The objective of this course is to learn knowledge and methods for better anticipating the perspective of the user of architectural spaces. Therefore you will on the one hand learn computational methods for quantifying daylight, visibility and accessibility. On the other hand you will learn a tool for conducting user studies in Virtual Reality.