Study projects

Projects and Events

The aim of the interdisciplinary approach in the study programme is to provide students with a holistic view of integrated approaches to urban development and to apply appropriate methods. This is implemented in a "Study Project" in the second semester, which is interdisciplinary in nature and where students practice their acquired skills on current topics with the guidance of professors. The study project focuses on a specific problem solution and combines scientific analysis methods with design and creative skills. The students' teamwork skills are promoted through collaboration in international teams. This page shows projects results, as well as excursions and events that took place within the scope of the Study Project. Furthermore, other events and smaller workshops are listed here.

Project results, events, excursions

Integrated Frequencies

Integrated Frequencies - Decoding Urban Space in Vienna: From Wien to Aspern

  • Study Group at Aspern, Vienna, 2014, Photo by Philippe Schmidt

    Integrated Frequencies - Decoding Urban Space in Vienna: From Wien to Aspern

    In the discussion about “liveable cities”, urban space is mostly perceived as either a form of vital neighbourhoods in vibrant areas or as neglected or unattractive areas that are emptied out and deprived of urban life. Depending not only on the situation of the built environment or the uses in a single location, but rather depending on the context of a place in a grid of flows and movement patterns, there are different methods that help us understand why we perceive space as “working” or not. The perception of a location and its surroundings depends on several parameters that influence each other and finally make us read it as an urban text.

    The study project aimed to decode and understand how functions and uses are interconnected with the idea of the urban morphology that constitutes our imagination of the ‘European City’. For this purpose, we were studying four existing neighbourhoods (Mariahilfer Straße, Ottakring, Großfeldsiedlung Am Spitz) in Vienna and the master plan of the new urban development “Seestadt Aspern” with parts of the plan currently under construction. We were trying to understand in how far a masterplan can incorporate urbanists’ ideas and visions. This analysis and visualisation comprised the question in how far the creation of urban space is related to movement patterns and in how far those can be integrated in planning the urban realm. 

    The project with 45 students in the Masters programmes ‘European Urban Studies’ and ‘Advanced Urbanism’, and with Erasmus exchange-students was held as pilot project “International Blended Learning II .” of Bauhaus-University’s participation in the German Ministry for Education and Research (BMBF) project “Offene Hochschulen” with its programme “Professional Bauhaus ”.

    In collaboration of IfEU and InfAR with the chairs of
    Prof. Dr.-Ing. Bernd Nentwig, (Project Development)
    Prof. Dr. Dirk Donath (Informatics in Architecture)
    Prof. Dr. Frank Eckardt (Social science in urban research)
    Dr. Sigrun Langer (Landscape Architecture and Planning)

    external partner:
    Space Syntax, London (Model Project Partner of the Master’s programme ‘European Urban Studies’)

    Abdelrahman Hegazy
    Adam Chappell
    Aisha Aman
    Aleksandra Blazhevska
    Ana Rita Estevão
    Ana Sofia Jimenez Gutierez
    Anikesh Ashwin
    Bibhup Telenga
    Carla Rafaela Ebel
    Carolina Santinhos
    Dilara Hakyemez
    Diomira Cuomo
    Fang Yao
    Fatemeh Nouri
    Gabriela Torres Morales
    Gerti Gogu
    Hai Yen Nguyen
    Hoai Phuong Tran
    Iana Korolova
    Iana Samakaeva
    Iman Hegazy
    Ion Alexandru Retegan
    Jack Miller
    Jan Dierk Stolle
    Joshua Raff
    Jun Liu
    Kaike Li
    Ksenia Nikolaeva
    Lukas Krönert
    Mazen Alazazmeh
    Minglei Chen
    Monika Markova
    Prijambada Das
    Qian Liu
    Seymur Mammadrza
    Tofeek Sulieman
    Vaishali Anavatti Satyamurthy
    Xiaochun Sun
    Xuan Duong Bui
    Ya Goa
    Yan Gao
    Ying Tian
    Yu Wang
    Zein Mahmoud

    Betreuer

    Dipl.-Ing. (FH) Philippe Schmidt M.Sc. / Dipl.-Arch. Martin Bielik / Dr. Adél Gyimóthy