After successful completion of the course, students are able to understand the design process as a problem that can be split into solvable sub-problems. Furthermore, they are able to develop a solution strategy with the help of algorithms. The students acquire the ability to present their ideas for self-developed programs (algorithms) in form of a storyboard. In general, the specific implementation (i.e., the coding) is not in the central focus, but the development of a solution strategy with the aid of algorithms.

The specific planning task that serves as a background for the development of an algorithm, is the design of vertical green space to reduce urban overheating. The task should enable students to explore the possibilities of greening buildings with algorithmic support.

The design studio " Vertical Green Utopia" combines the planning of vertical green space with digital design strategies.

The city of Vienna belongs to those cities in Europe that are severely affected by global warming. This is made visible, e.g. by the increasing trend line of hot days since 1955 (see https://www.wien.gv.at/Statistik/lebensraum/tabellen/eis-Wärme-tage-zr.html). In addition to climatic influences, increasing soil sealing as a result of the rapid growth of Vienna, e.g. due to urban expansion areas, also increases the negative influences on the quality of life and living. Planners can counteract the effects of this development (increasing temperature and dust) through the regulatory effect of planting. However, especially in densely built-up urban areas, there is no space available for sufficient greening in public spaces (e.g. to avoid heat islands). For this reason, vertical space should be used instead.

The design is divided into the following parts and is determined by algorithmic thinking:

• The Analysis phase includes the following topics: structural and climatic urban development, plant selection for use on buildings, construction details, structural integration possibilities, technical water and nutrient supply, etc.
• The development of an algorithm for a certain aspect of the designing process and its presentation as a storyboard
• The individual design, based on the analysis; its representation in floor plan, elevation, sections, interior and exterior views (if necessary, with details)

Regarding the final design, it is important to ensure that the process is traceable: from the findings from the analysis phase to the development of the algorithm and its possible implementation. The algorithm may, for example, optimize or generate design variants, or be used directly to define the form directly. It is essential that the part of the design process that is suitable for developing an algorithm is identified.

Presentation of the progress, discussion, and final presentation.

• Exclusively individual work.
• Introduction: Friday, March 10, 2023 at 9:00 a.m.
• At the institute, possibly hybrid

Working out the task; especially:

• Attendance
• Ongoing review of the possible use of the algorithm
• Digital presentations (of the algorithm and the design in the form of classic architectural representations: floor plans, elevations, sections, exterior and interior views, and details)

Knowledge of programming is an advantage but not necessary!