News

Cover Page of White Book on Healthy Aging for Taiwan
Work anniversary Lecture Dr. Linner
Chairholder tests new Humanoid Robotic Excavator Doka Robo at Kanamoto in Noda Chiba Japan
Chairholder tests new Telerobotic Excavator System at Public Works Research Institute of the Ministry of Construction
Yao Yorozu no Robot
DFG Memorial Lecture by Prof Bock "Yao Yorozu no Robot" and Dr. Linner in OIT, Japan
DFG Seibold Award lecture series
"Space AGE Space" lecture at DIJ Tokyo
CIB Conference organized by the Chair took place on the 7th and 8th of March 2018 at TUM with international participation
UTokyo-TUM Workshop for Excellence, Diversity, and Mobility “Society with Automobiles, Robotics, and AI"
DFG verleiht zum zehnten Mal den Eugen und Ilse Seibold-Preis
Future of Construction: Where people live the longest
br² at the "25. Brandenburgischen Bautag"
Loesungen fuer Herausforderungen des Bauens in Deutschland: Baurobotik: Eine Antwort auf Baumängel, Wohnungsengpässe, Fachkräftemangel und Pflegenotstand? - Lehrstuhl am 20.2.2018 in Berlin auf Bautec
Chair delivers opening keynote for robotics catalyst center at hongkong science tech park
Chairholder Lectures at Civil Engineering Faculty of Hongkong University on Civitas Robotics/Robotic Society
Chairholder holds seminar on: robot oriented design, robotic industrialization, site robotics and automation, robotic ambience at chinese University in Sha Tin on Jan. 10th 2018
Chairholder holds seminar on robotic construction for future innovation, productivity and sustainability at hongkong university of sience and technology
Chair Holder as International Jury Member selects Construction Industry Council s Innovation Award 2017
Chair's Book Chapter on Construction Robotics is with Handbook of Robotics

 

Automated and Sustainable Building Construction


 

Image: leugchopan/Shutterstock.com

Automated and Sustainable Building Construction is a two year study (January 2016 - December 2017) co-funded by a grant from the Germany / Hong Kong Joint Research Scheme sponsored by the Research Grants Council of Hong Kong (Reference No. G-HKU704/15) and the German Academic Exchange Service (DAAD Grant No. 57217359). As part of the study, the Chair for Building Realisation and Robotics (TUM, Prof. Bock) and the Hong Kong University’s Department of Civil Engineering (Prof. Wei Pan) cooperate for the identification of scenarios in the context of using automated and robotic technologies for sustainable high-rise construction. The study will integrate the complementary knowledge of the partners in the field of automated construction (TUM) and sustainable high-rise construction and build scenarios for 2025 for Hong Kong by considering a broad array of influencing factors.