Urban Kaiser

Areas of Expertise

• Accompanying urban transformation processes
• Analyzing governance networks
  
• Adapting innovative solutions to new application contexts

Experience

Urban Kaiser has served as Head of the “Innovation Acceptance“ Unit at Fraunhofer IMW since 2019. His research activities involve the interdependencies of technical and social developments in an international context. His focus is on encouraging acceptance of innovative solutions in the field of sustainable urban development. Before joining the Fraunhofer IMW team in 2008, he worked for a market research company in Germany for three years, developing substantial expertise in the field of qualitative and quantitative methods of social science research. Urban studied political science and economics in Mainz and Riga (Latvia) and is currently carrying out his PhD at the Chair of Environmental and Climate Policy of the Bavarian School of Public Policy at the Technical University of Munich (HfP).

Current Projects

• Leipzig as a Lighthouse City in: SPARCS
• Future Living: New know-how for the serviced living sector
• CHARMS develops sustainable solutions for historic building structures in Thailand

2020

• Pollmer, U.; Kaiser, U. (2020). Digital Solutions for Value Creation. Solicitation of the Breakout Session. SXNCH. Sites at the Intersection of Cultural and Natural Heritage. Online, 7.-8.12.2020.

2019

• Kaiser, U. (2019). Chancen und Herausforderungen von Kooperationen zwischen Forschungseinrichtungen und bürgerwissenschaftlichen Initiativen am Beispiel des Forschungsprojekts »CitizenSensor«. VDI/VDE-Gesellschaft Mess- und Automatisierungstechnik Nürnberg.

2018

• Kaiser, U. (2018). Innovations in the Circular Economy – Chances and Challenges for historic buildings. Symposium "Bauwirtschaft in Dänemark". Deutsch-Dänische Handelskammer Kopenhagen.

2012

• Kaiser, U. (2012). Chances and Challenges of Rural-Urban Energy cooperations – First results from an explorative study in Germany. Conference Rural-Urban energy cooperations for energy efficient and ecological housing.