Global impact

Smart cities

Contemporary urbanization is accompanied by many challenges with regard to the quality of urban life. In the literature and recent urban policy and planning debates, geo-technologies - defined as the ensemble of tools, devices and infrastructures to acquire, process and visualize geo-spatial data (e.g. Geographic Information Systems, spatial simulation tools, location-based technologies) - are seen as crucial for addressing pressing urban issues such as basic service provision, disaster risk reduction, urban mobility or urban poverty.

Geo-technologies are increasingly embedded into urban governance, planning and management processes, the daily lives of urban residents and private sector analytics. Drawing heavily on recent developments in data analytics and advanced computing, many cities across the globe have the vision to become smart, sustainable, resilient and inclusive. However, such a purely technocratic approach,  is critiqued for its narrow vision, positivist assumptions, exclusionary effects, controversial impacts on empowerment, privacy, and surveillance, and its inability to represent complex issues, is inappropriate. Rather, being smart requires a socio-technical perspective to the adoption of geo-technologies. An approach that gives due attention to how geo-technologies shape, and are shaped by, human agency. Moreover, an approach that seeks to support inclusive urbanism, looking beyond the bureaucracy and business interests to encompass bottom-up initiatives from citizens and civil society. 

Research

At ITC, we focus on fundamental and problem-solving research where spatial information can make a real difference. Our scientific staff en PhD candidates in the field of smart cities research topics such as UAV-based slum mapping, the development of an indoor mobile mapping system and indoor 3D model reconstruction to support disaster management in large buildings.

Education

ITC is known to be one of the top institutes worldwide in the field of Geo-information science and earth observation. At ITC, we train students to engineer approaches for designing future-oriented solutions to the world's biggest challenges. We encourage our students to participate in public-private partnership projects initiated by ITC and other organizations.

Related courses

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  • Geo-information Science and Earth Observation

    Master of Science2 years100% English8 Specializations3 Joint programmes
    This programme takes an application-oriented approach to collecting, processing, analyzing and visualizing spatial data. Graduates are at the forefront of one of today’s fastest growing industries.

    8 Specializations

    Applied Remote Sensing for Earth Sciences

    MSc2 Joint programmes
    Learn to explore for earth and geothermal resources to secure future demands for energy and minerals

    Geoinformatics

    MSc2 Joint programmes
    Learn to develop technologies required for analyzing, distributing and visualizing geo-spatial data.

    Land Administration

    MSc2 Joint programmes
    Learn to use cadastral intelligence for designing and applying responsible land administration solutions.

    Natural Hazards and Disaster Risk Reduction

    MSc2 Joint programmes
    Learn to predict − hence, address − natural hazards and disaster risk using geo-spatial data.

    Natural Resources Management

    MSc3 Joint programmes
    Learn to utilize geo-spatial data to help achieve a more sustainable use of natural resources.

    Tailor-made specialization

    MSc2 Joint programmes
    Design your very own tailor-made specialization

    Urban Planning and Management

    MSc2 Joint programmes
    Learn to understand dynamic urban processes and create interventions to help make cities competitive, compact, sustainable, inclusive and resilient.

    Water Resources and Environmental Management

    MSc2 Joint programmes
    Learn to use earth observation and geo-information techniques to create safe and sustainable water management solutions.