Space Syntax - Architecture and Cities UCL

Overview

The Space Syntax - Architecture and Cities programme from UCL  centres around the idea that by studying buildings and cities as patterns of space, we can derive new insights into the relations between them and the individuals, communities and organisations that inhabit them.    

On this Space Syntax master’s, you gain a greater knowledge of how complex architectural and urban systems work, and how spaces can be planned, designed and manufactured to create a better society. You also learn the latest architectural theories alongside cutting-edge methods in architectural and urban analysis and acquire the knowledge and skills to research the social consequences of architecture and urban design decisions in practice, in research and in urban and architectural consultancy.

Employability

Students enrolled in Space Syntax MSc will acquire a blend of analytical, technical, and research-driven skills that are highly applicable in urban planning, architecture, and spatial data analysis. These include:

• Research and critical thinking: Training in rigorous academic research methods and critical evaluation of architectural, urban and spatial theories.

• Spatial analysis and modelling: Proficiency in using space syntax methodologies to evaluate spatial configurations and predict human behaviour in built environments.

• Geospatial data handling: Experience working with spatial datasets, including GIS tools and custom space syntax software, for urban analysis.

• Urban design and planning: Skills to assess and influence the design of cities, public spaces, and transport systems using evidence-based spatial strategies.

• Computational design thinking: Ability to use computational techniques and algorithms to solve real-world urban and architectural problems.

• Data-Driven Design Evaluation: Ability to link spatial data with behavioural, social, and economic patterns, enhancing evidence-based decision-making in urban and architectural contexts.

• Presentation and communication: Development of skills to present complex spatial data and design proposals clearly to both technical and non-technical audiences.

• These skills are tailored toward careers in architectural, urban design and urban planning firms and practices using research-driven and evidence-based design, as well as research, policy or consultancy roles requiring spatial expertise.