After successful completion of the course, students are able to...
Cities have undergone significant changes over the centuries due to geopolitics and innovations. As we face the uncertainties of a changing climate, cities will need to adapt to remain liveable, safe and attractive.
Inspired by Seoul, this design studio seeks to transfer linear greenway typologies to Vienna, resulting in a “typologicaltransposition”. The visions will contribute to enhance open spaces by creating community-based, climatic and aestheticallypleasing urban landscapes, capable to establish blue-green infrastructure as a compelling Baukultur of the city. Thisapproach not only fosters a more comfortable urban climate but also improves the quality of human and non-human life.
Digital modelling methods will be taught alongside the design development. The integrated process of design and modellinghas a threefold advantage. The process enables a site-specific approach capable to harness existing characteristics through the use of high-resolution 3D point cloud models. The process will draw from a combination of design and analysis methods to find adaptive solutions. These design tools supported by scientific feedback will initiate an iterative process between capturing,analysing and visualizing possible futures. The studio will aim at bridging design, engineering and science, by studyingand exploring novel ways to transform urban landscapes in the Austrian and Korean context.
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This design course improves the students' digital competence. It builds on many years of specialization andlandscape architectural research into urban landscapes and integrates digital analysis and design methods.
Students are familiarized with the processing of point cloud models created using laser scanning technology and photogrammetry. In a sequence of work steps, they learn how to carry out a geometric survey using a terrestrial laser scanner (step 1), how to process the raw data through a registration process to create 3D point cloud models and overlay them with technical drawings (step 2), and finally how to process point cloud models to create the design as a spatial design (step 3).The software taught in this course are open source programs and are to be installed by the students on their work computers: Meshroom (WIN only, requires Parallels on MAC), CloudCompare (WIN/MAC), and QGIS (WIN/MAC). The choice of additional CAD/photo editing/layout software remains up to you. For acceptable results with Meshroom, one good camera (20 megapixel, no cell phone) per group of three is recommended. The design studio and travel require a laptop with sufficient free disk space (200 GB) or a fast external USB drive.
The course will be held alternately in classroom and online mode (see schedule below).Kick-Off: 01.10.2024, 09:00 - 10:30 Uhr, Zoom-Meeting: https://tuwien.zoom.us/j/63714176130
Accommodation should - if possible - be booked near the historic city center (possible districts: Jung-gu, Jongno-gu, Yongsan-gu, Dongdaemun-gu).Cost calculation: You can calculate the costs with a budget of approx. 1800-2500 €: approx. 1000-1500 € for flight, approx. 450-600 € for accommodation, 100 € for entrance fees, 50 € for public transportation in Seoul, approx. 200-250 € for food), but maybe you can manage it cheaper.
Exkursions-Programm: siehe https://tiss.tuwien.ac.at/course/courseDetails.xhtml?dswid=4835&dsrid=615&courseNr=260916&semester=2024W&locale=en
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