In this joint project, scenarios for the German energy transition will be created based on a wide spectrum of energy and economic models. On the one hand, ZIRIUS supports the use of findings of social science acceptance research in energy modelling. ZIRIUS also advises the partners on the application of CIB analysis, which is used in the project to analyse social framework conditions.
The systematic analysis of risks associated with various influences on water supply and demand is complex and has received little attention. This research project addresses this challenge by collaborating with various interdisciplinary research groups in Switzerland, Germany and Peru to combine data on water supply and demand in an integrated water balance model.
CampUSi is a real-world laboratory focussing on climate neutrality by investigating sustainable planning processes using intelligent control systems for buildings
The Helmholtz Research School on Energy Scenarios provides a structured educational programme for international PhD students in the research field of energy scenarios.
The real-world laboratory Future City_Lab seeks to explore potentials for change of urban mobility cultures. Thereby, a key focus is placed on the close cooperation with citizens and civil society actors.
GartenLeistungen: Urban Gardens and Parks: Multidimensional Services for Socially, Ecologically and Economically Sustainable Area and Material Flow Management
"GartenLeistungen” explores the multidimensional services of urban gardens, parks and green spaces for urban society.
In a consortium with partners in engineering and economics, ZIRIUS uses focus groups and conjoint analysis to examine the societal evaluation of key technologies in the transformation process of the energy transition through focus groups. It also explores how socio-scientific data from conjoint analysis can be integrated into the evaluation of energy scenarios as a social dimension of sustainability.
Reconfiguration of training, skills and digital literacy in the context of IntCDC's cyber-physical prefabrication platforms (RP 5)
Co-design from architectural, historical and social science perspectives: Opportunities, challenges and implications of an integrative approach to design and construction relations for multi-storey buildings (RP 10)
Holistic quality model for IntCDC building systems: social, environmental and technical characteristics (RP 18)
The joint research project wants to explore, how urban and rural municipalities can benefit from cooperation and from more sustainable land use. It aims at jointly developing strategies on the regional level, which combine the following dimensions: land use, sustainability and inter-municipal cooperation. ZIRIUS is coordinating the sub-project ‘conflicts and policy mixes’.
The MANIFOLD project aims to enable energy system models, despite their primarily techno-economic focus, to better take into account the results of quantitative and qualitative empirical socio-economic analyses of the behaviour of actors in the context of the energy system transformation and, above all, to do so with less methodological effort.
The junior research group DynaMo seeks to develop interdisciplinary knowledge about the interplay of social, technical and political factors in the transformation of urban mobility systems. By involving practitioners and stakeholders in a transdisciplinary cooperation process, (policy) recommendations for the implementation of sustainable mobility concepts are developed.
The goal of this project is to test how different communication formats - debate-style formats (“contestatory inquiry”) vs cooperative dialogue formats (“appreciative inquiry”) - affect internal communicative dynamics and outcomes in the context of the famous Trolley-dilemma.
Regionale Strukturgespräche: Das Ziel des Landes Baden-Württemberg ist es, die Gesundheitsversorgung angesichts der zahlreichen Herausforderungen für die Zukunft aufzustellen. Hierzu werden vor Ort passgenaue Konzeptefür die regionale Gesundheitsversorgung gemeinsam mit Bürgerinnen und Bürgern in Strukturgesprächen entwickelt.
In the joint project, an interdisciplinary and transdisciplinary concept for the resilient design of the digital energy transition is to be developed with scientific and practical experts, as well as a resilience monitoring, the core of which is a stress test instrument. The main focus of the project is the development of this system-analytical instrument and the concept of its social integration.
The joint project SyKonaS develops a fundamental, conceptual and methodological approach for the analysis of actor conflicts in energy transition pathways. To this end, the CIB Lab analysis the interactions between conflicts on different levels of the transformation process on the one hand, and the institutional, technical, economic and legal framework conditions on the other hand (conflict lines). In order to support the knowledge gain with practical knowledge, stakeholders are involved who contribute to the identification of conflicts, the assessment of systemic interactions and the development of solutions.
TechnikRadar is a joint project by the Körber Foundation, acatech, ZIRIUS and theDepartment of Sociology of Technology and Environment at the University of Stuttgart. The aim of the project is the regular collection of empirical data and analysis of the attitudes, expectations and perspectives in relation to new technologies and technical change.
Using the example of the Río Lurín water catchment area in the region of Lima, Peru, experts from various disciplines are collaborating in the joint project TRUST to develop planning tools as well as water and wastewater disposal concepts primarily for drinking water supply. ZIRIUS coordinates the project with the overall objective of contributing to the achievement of the sustainable development goals.
URBANOME synthesizes environmental, social, and functional characteristics of a city into an integrative analytical framework that facilitates the identification of key determinants of health and well-being in the city. In doing so, it supports the co-design and testing of policies and preventive interventions to improve urban health and well-being through reallaboratories.
The VENAMO research project is funded by the Federal Ministry of Education and Research and explores the question of the extent to which traffic relief effects can be achieved through spatial and temporal flexible work and a change in mobility behaviour for work-related travel (including the use of new mobility technologies).
The WECHSEL research project uses the example of the Neckar valley in Stuttgart to address the transformation of industrial riverside areas into sustainable urban living environments. For this purpose, it bundles interdisciplinary competencies in order to offer high-quality suggestions for Stuttgart as a river city.
Citizen involvement in deliberative forums is frequently discussed with an eye on boosting the legitimacy of democratic decision-making. However, this idea has been radically challenged by Cristina Lafont (2015), arguing that such forums may eventually decrease rather than increase democratic legitimacy.
Knowledge and Technology Trasfer Projecnt: Visualize the energy transition locally and make it come to life. Experiences and encounters as an engine for a collective social discourse
The potential of energy scenarios to support decisions for future energy systems is still not at his fullest, since the cognitive argument with different future scenarios seem intangible and too abstract. In order to overcome this problem, the knowledge and technology transfer project (WTT), aims to develop scenario technology for a better transfer of knowledge into society, and make future models a tangible experience that promotes a social discourse of energy transition.
The aim of the project is to systematically work through the findings from the real-world laboratory research at the University of Stuttgart and make them accessible for upcoming projects as well as for interested parties.