Ioanna Stavroulaki
Ioanna Stavroulaki is a Senior researcher ((i.e., Associate professor) in Architecture and a member of the SMoG_Spatial Morphology Group (smog.chalmers.se). She conducts basic and applied research in spatial morphology at urban and building scale. Her research focus is on developing descriptive analytical methods and digital tools for the analysis and modelling of building and urban layouts (e.g., Place Syntax Tool), to understand the relation of spatial form, human behaviour, and social activity (e.g., movement flows, patterns of co-presence, patterns of use, spatial cultures). She is co-founder of the Urban Calculator AB, a non-profit company that specialises in developing design-oriented analytic tools for architects, urban designers, and planners (e.g., Urban Calculator). She teaches in undergraduate and postgraduate courses with a focus on spatial morphology, system thinking and evidence-based design in building and urban scale at the Department of Architecture and Civil Engineering (e.g. ACE535 Social-ecological urbanism, ACE445 Design Systems).
Showing 37 publications
Predicting habitat functionality using habitat network models in urban planning
PST (Place Syntax Tool) Documentation v3.2.4-3.2.5_20230110
Simplified geodata models for integrated urban and public transport planning
Crowd Movement - DTCC Milestone Project
INTEGRERAD STADSMILJÖEFFEKTANALYS (ISMA) AV INFRASTRUKTURELLA FÖRÄNDRINGAR
INTEGRATED URBAN ENVIRONMENT EFFECT ANALYSIS OF INFRASTRUCTURAL TRANSFORMATIONS
Functional ANOVA modelling of pedestrian counts on streets in three European cities
SMARTA GATOR - SMART STREETS Vad säger 1000 vetenskapliga artiklar om städernas gator?
Grönskans betydelse för mångfunktionella gator
A systematic review of the scientific literature on the theme of multifunctional streets
Vad säger forskningen om gators trafiksäkerhet?
A SYSTEMATIC REVIEW OF MULTIFUNCTIONAL STREETS_Final research report
Vad säger 1000 vetenskapliga artiklar om städernas gator?
Statistical modelling and analysis of big data on pedestrian movement
GIS-based Time model. Urban development in Gothenburg, 1960 to present
Utformning som stödjer gators livskvalitet (liveability)
Location-based density and differentiation - adding attraction variables to Space Syntax
Street Networks - Alternative models, measures & their merits
Quantitative comparison of the distribution of densities in three Swedish cities
Representations of street networks in space syntax towards flexible maps and multiple graphs
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Showing 19 research projects
Twin2Expand. Twinning towards Research Excellence in Evidence-Based Planning and Urban Design
Visualisation of pedestrain noise exposure
Green PST - green infrastructure as an integral part of network analysis
Crowd Movement. Predicting pedestrian movement in public space.
Urban infrastructure impact assessment of road infrastructure in urban environments
STEPFlow_Spatio-temporal modelling and estimation of pedestrian flow
GIS-based Time model. Gothenburg, 1960-2018 (Fusion Point Gothenburg - Subproject A-x2)
UDC_Urban Design Calculator (Fusion Point Gothenburg, Delprojekt A-x1)
Spatial Morphology Lab _ SMoL. International laboratory for comparative research in urban form