JAES Certificate of Outstanding Contribution in Reviewing
Mr. Iturralde guest speaker at New York University and Oregon State University
Best Paper Award ISARC 2020 for Mr. Kepa Iturralde as lead author of br2 team and EU project Hephaestus team for an 8 CDPR
Chair honoured for Cofounding new Domain of Construction Robotics 42 years ago, ISARC in 1984, IAARC in 1990
Doctorate candidate Mr. K. Iturralde in charge of innovative cable stayed facade assembly robot at spanish construction site
Chair on Robot Revolution: Will they replace us?
Chair s keynote 13th November 2020 at Ecole des Ponts - Paris Tech, Lafarge Holcim: “Design challenges of 3 D printing in the construction industry: towards more efficient housing construction”
Chair speaks on 4 Decades of Construction Robotics at IROS 2020
Chair recieves Recognition for 40 + Years of Pioneering Construction Robotics Development and Activities
Detailing of MAIA project use cases in collaboration with Japan and Hong Kong partners
TUM-br2 contributes to ISARC 2020 conference: 6 papers, keynote speeches, session chairs, BOD meetings, etc.
We are guest editing an upcoming Focused Section on "Mechatronics and Automation for Construction" in the Journal IEEE/ASME TRANSACTIONS ON MECHATRONICS (TMECH).
Standardisation for deployment of Construction Robots
Joint student (master and PHD candidates) project with major industry stakeholder: Munich City Utilities & Transportation Corporation (SWM)
Chair opens Buit Tech Conference
Chair`s keynote for serial and modular construction workshop
Offsite Production and Manufacturing for Innovative Construction
ISO/TC314 Ageing Societies Progress Overview
Space AGE Space - Elderly Care in a Digitally Connected World
Chair Interviewed by Real Estate Journal


Advanced Construction and Building Technology / M.Sc.

Applications are currently not possible!

"Nothing is permanent except change"

Heinrich Heine


© Kajima Corporation

Frontier engineering sciences increasingly breed innovations. These innovations are driven and amplified by globalization, closed loop resource utilization, transformation of technological potentials, environmental and demografic challenges.
Global competition brought inflationary labour capacities resulting in decreasing labour costs. But to achieve welfare and culture any society needs sufficient income. To provide sufficient income for creating wealth and culture one has to be efficient. “One has to be good to be expensive”: High income is based on high tech, if you can’t just sell natural resources. The demographic change requires even more efficient socio-economical and socio-technical processes to be affordable.
The notion of “Made in Germany” is internationally famous for its cars, machines, industrial facilities, and medical and environmental technologies. Its success is based on research and innovation, stressing that future wealth can only be generated by innovational leaps and radically new types of value design and engineering. Half of total investment is allocated in built environment, infrastructure, and facilities, signifying the strategic importance of the construction sector.
The Master of Science in Advanced Construction and Building Technology is tailored to offer solutions to the above mentioned challenges. The future construction sector will expand to new business fields by absorbing advanced technologies from various disciplines. Its success will depend on its innovation leap ability of the complete value chain of the artefactual engineering and built environment by enbedding ICT, automation, robotics and services. This approach will create new markets, qualifications, skills and professions.
Even though architecture and construction are the focal points of this Master Course, it crosslinks considerably to other disciplines and faculties such as potential psycho-social health transformation of future societies and incubates it into augmented skill formation for socio-technical qualifications of next generation engineers.
Future socio-ecologic engineers will be prepared to tackle yet unknown challenges by designing solutions for future technology, economy, ecology and society. They apply frontier science competence and define crossdisciplinary domains permanently. The Master Course of Advanced Construction and Building Technology can be considered as an incubator for strategic design and development of continuous improvement and innovation for life long learning.