Subotica (un)built - space syntax as a tool for exploring unfinished modernisations

Abstract

This research represents a part of a broader study on the subject of unfinished modernisations from the Yugoslav era. It raises the question of how we should deal with unfinished large-scale urban developments in the present time, given the shift from the socialist to the post-socialist or neoliberal planning paradigm that occurred in the member states after the dissolution of Yugoslavia. The selection of Subotica as the case study was motivated firstly due to an unfinished modernisation, imagined as two mass housing neighborhoods: Prozivka and Radijalac, connected by a boulevard/ pedestrian zone, that spans the width of the city and which is spontaneously developing today with no clear vision, and secondly, to introduce Subotica’s still rather unknown modern heritage to an international audience. Typically, studies on modern architecture are conducted through historical-interpretive research strategies. However, this research explores the potential for aiding historical research with simulation strategies, particularly space syntax, a set of theories and techniques for analysing spatial configurations, in order to achieve a more comprehensive research approach by adding a layer of quantifiable data to the qualitative nature of historical inquiries. The historical-interpretive aspect of the research involves analysing the origin and development of modern architecture and planning in Subotica, while the simulation research aspect applies space syntax analysis to compare the planned and realized state of Subotica’s unfinished modernization, resulting in a set of analytical drawings. The goal of this research is twofold. Firstly, it explores the potential of space syntax to implement historical urban plans in contemporary urban settings and planning practices, and secondly, for the particular case study of Subotica, it aims to determine if the city would benefit by finishing its once imagined modernisations

    Similar works