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Advanced Construction and Building Technology
Automation, Robotics, Services
Master of Science M. Sc.
© Kajima Corporation
Content
Advanced Construction and Building Technology
Automation, Robotics, Services
Master of Science M. Sc.
Introduction ....................................................................................................... 5
The Master Course at a Glance ........................................................................ 7
Topics of the Master Course ............................................................................. 9
Positioning for Future Job Market Opportunities ............................................ 11
Course Modules and Details ..................................................................... 12 – 47
Course Cycles ................................................................................................. 49
Course Coaching ............................................................................................. 51
Learning by researching .................................................................................. 52
International Relations ...................................................................................... 55
Present State and future Course Trends ......................................................... 57
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Introduction
„Nothing is permanent except change“ Heinrich Heine
Frontier engineering sciences in- only be generated by innovational of future societies and incubates it
creasingly breed innovations. leaps and radically new types of into augmented skill formation for
These innovations are driven and value design and engineering. Half socio-technical qualifications of
amplified by globalization, closed of total investment is allocated in next generation engineers.
loop resource utilization, transfor- built environment, infrastructure,
mation of technological potenti- and facilities, signifying the strate- Future socio-ecologic engineers
als, environmental and demografic gic importance of the construction will be prepared to tackle yet
challenges. sector. unknown challenges by designing
solutions for future technology,
Global competition brought infla- The Master of Science in Advanced economy, ecology and society.
tionary labour capacities resulting Construction and Building Techno- They apply frontier science compe-
in decreasing labour costs. But to logy is tailored to offer solutions to tence and define crossdisciplinary
achieve welfare and culture any the above mentioned challenges. domains permanently. The Master
society needs sufficient income. To The future construction sector will Course of Advanced Construc-
provide sufficient income for crea- expand to new business fields by tion and Building Technology can
ting wealth and culture one has to absorbing advanced technologies be considered as an incubator for
be efficient. “One has to be good from various disciplines. Its suc- strategic design and development
to be expensive”: High income is cess will depend on its innovation of continuous improvement and in-
based on high tech, if you can’t leap ability of the complete value novation for life long learning.
just sell natural resources. The de- chain of the artefactual enginee-
mographic change requires even ring and built environment by en-
more efficient socio-economical bedding ICT, automation, robotics
and socio-technical processes to and services. This approach will
be affordable. create new markets, qualifications,
skills and professions.
The notion of “Made in Germany”
is internationally famous for its Even though architecture and
cars, machines, industrial facili- construction are the focal points
ties, and medical and environmen- of this Master Course, it crosslinks
tal technologies. Its success is considerably to other disciplines
based on research and innovation, and faculties such as potential psy-
stressing that future wealth can cho-social health transformation
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© Prof. Prof. h.c./SRSTU Dr.-Ing./Univ. Tokio Thomas Bock
The Master Course at a Glance
Name of the Course: Advanced Construction and Building Technology
Type of Degree awarded: M. Sc.
Hosting Faculty: Faculty of Architecture
Leading Chair: Chair for Building Realization and Robotics
Prof. Prof. h.c. / SRSTU Dr.-Ing. / Univ. Tokio T. Bock
Advising Chair: Prof. Dipl.-Ing. F. Musso
Course Type: Full time
Duration: 4 Semesters
Credits: 120 ECTS
Language used: Englisch
Tuition: State of Bavaria standard tuition
Starting Date: Fall/winter term 20011/12
Interdisciplinatity: Computer Science, Electrical Engineering,
Mechanical Engineering, Economics, Medicine,
Civil Engineering
Internationality: Asia, Americas, Europe
Uniqueness: Innovation by cross disciplinary teaching and
research interaction of 7 disciplines for
frontier engineering sciences
The implementation of this Master Course is subject to confirmation by the Bayerisches
Staatsministerium für Wissenschaft, Forschung und Kunst, expected until Ferurary 2011
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