SENSING KOTTI

The objective of this project was to create a visual representation of the emotions associated with the Kottbusser Tor area in Berlin

To gather the necessary data, a variety of research methods were used, including interviews, surveys, and observations. The collected information was analyzed to identify patterns in the associations and emotions of human impressions in specific urban areas. These patterns and themes were then translated into specific emotions that were used to inform the composition, light, and color choices in the randomly generated renderings.

SURVEY | PYTHON | BLENDER

FLOOR PLAN GENERATION

This project attempts to generate a synthetic dataset of apartment floor plans using parametric tools and layout algorithms. Initially, the focus is on parametric geometry subdivision using Python, Blenders Sverchok, and various algorithms such as Voronoi diagrams, KD trees, and treemapping algorithms. After generating a manifold spatial configuration, it can be analyzed from various geometric aspects using the Python library Topologic. Using topological analysis, openings such as doors and windows can be integrated into the basic geometry in a variable pattern within the framework of defined spatial and architectural rules.

PYTHON | BLENDER | SVERCHOK

RESPONSIVE FACADE

Within the framework of the digital fabrication studio, I have concentrated my work on the experimentation and evaluation of kinetic facades. I started with an analysis of the existing mechanics. The next step was to develop several different prototypes in hindsight to the studied advantages and disadvantages and to provide suggestions for improvement. After the experimental phase, the simulation was used to evaluate the performance regarding the energy balance and the visible light irradiation.

FREECAD | PYTHON | RADIANCE