Decision Support Systems (DSS)
Recognizing that the structures and functions constituting the city interact with each other and with the users, integrated and human-centered solutions to urban and transport planning as well as real estate management are needed. Using a system’s approach, the objective of the Decision Support Systems (DSS) research program is to conduct innovative and groundbreaking research, to develop and apply models and systems that allow planners and managers often in co-creation with users to address the major challenges cities are facing to create healthy living environments for users and attain sustainability objectives.
Read moreDeveloping design and decision support solutions for architecture and urban planning challenges
As a result of processes becoming increasingly complex in recent years, integrated solutions to architectural and urban planning and design challenges, such as the development of smart cities, need to be assessed from multiple perspectives. Existing models and tools often fail to meet this requirement. The aim of the DDSS research program is to develop groundbreaking design and decision support systems that focus on particular types of design and planning problems in architecture and urban planning. The main objective of the DDSS research program is to conduct Innovative academically rigorous research, which is of practical relevance.
Read moreOur research groups
The DDSS research program is supported by three research groups.
Meet some of our Researchers
Recent Publications
Our most recent peer reviewed publications
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Advancing a sustainable built environment
Journal of Building Engineering (2024) -
Simulating dynamical evolution of citizen participation leveraging agent-based modeling
Cities (2024) -
Data linking and interaction between BIM and robotic operating system (ROS) for flexible construction planning
Automation in Construction (2024) -
Analysing interventions for energy-efficient appliances and heating & cooling systems adoption
Energy for Sustainable Development (2024) -
Creating occupant-centered digital twins using the Occupant Feedback Ontology implemented in a smartwatch app
Semantic Web (2024)
News
Contact
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Visiting address
VertigoGroene Loper 6EindhovenNetherlands -
Visiting address
VertigoGroene Loper 6EindhovenNetherlands -
Postal address
Department of the Built EnvironmentP.O. Box 5135600 MB EindhovenNetherlands -
Postal address
Department of the Built EnvironmentP.O. Box 5135600 MB EindhovenNetherlands -
Secretaryusre@ tue.nl