Architecture is comprised of the wide spheres
of design and planning, structure and construction,
environment and facilities, materials and
execution, history, as well as laws and regulations.
The Department of Architecture has prepared
a curriculum which makes it possible to study
a good balance of all these. Such a curriculum
was formulated from the intention of wanting
to impart a comprehensive ability that combines
an extensive grounding in engineering knowledge
and technology, as well as historic and artistic
qualities. Future architects and technical
experts actively involved in constructions
especially first-class architects will of
course need the integrated strength of sophisticated
expertise and an ability to respond to the
diverse needs of society.
From the first semester of the first year,
the department has deployed the required subjects
for an introduction to architecture, such
a gBasic Drafting and Designh, gIntroduction
to Architectural Designh, gIntroduction to
Structural Designh, gIntroduction to Environmental
Designh. These heighten the enthusiasm of
every student that enters the University aspiring
to architecture and create a foundation which
enables them to confidently move on to specialized
areas of study. In the second year, architecture
is studied extensively and in a good balance;
in the third year and especially the latter
half-year , deep study of specialist knowledge
in each field is conducted that is divided
into architectural design, structural design
and environmental design.
Teaching staff of the department provide
detailed academic instruction with enthusiasm.
This is under a system with small numbers
of people and the motto of gaffection for
studentsh. Many teaching staff maintain design
offices, perform actual design activities
and have hands-on research and development
experience at corporations, so an education
is developed which does not stop at just desk-top
theory. Learning at university has a high
degree of freedom, which is different from
that up to senior high school, so respective
independence and ambition is important. Although
confirming levels of understanding and subject
work, teaching staff of the department have
ample communication with each and every student
and strive to see students stand up on their
own initiative.
Starting with a drafting room containing
140 drafting boards, the environment and facilities
for education and research have been very
much put in place; these include design rooms,
structural testing laboratories, materials
testing laboratories, environmental testing
laboratories and soil testing laboratories.
There is also experimental equipment which
cannot be found at other universities such
as a large scale wind tunnel and thermal stratification
wind tunnel. Furthermore, the Department of
Architecture at this university has the world
class research and education venue the gWind
Engineering Research Centerh, with its research
project gWind Effects on Towns and Buildingsh
having been selected for the 21st century
COE program by the Ministry of Education,
Culture, Sports, Science and Technology. Not
only strong wind disasters, heat islands,
air pollution, drafts and natural ventilation,
wind power energy, but also problems in relation
to gwindh and towns, buildings, and the global
environment, such as climate change and global
warming that are occurring on a global scale,
have respectively become critical issues for
mankind on a wide level. The gWind Engineering
Research Centerh is vigorously conducting
education research concerning such gwindh
issues and has acquired praise for being the
worldfs foremost wind engineering research
location.
Amidst the aforementioned learning environment,
we hope to nurture people that thoroughly
consider objectives and policies for themselves
and are able to solve various problems. It
is our hope that students become this type
of human resource.
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