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With all of the changes in the modern world and the advent of the information society, the field of architecture has gradually begun to broaden out. Ideal man-made environments on limited land area, rational bridge systems, the redevelopment of the urban landscape － in a sense we are entering an age when we have to meet a great deal of change. The world of architecture will need architectural technicians and researchers who are flexible and imaginative, who are able to rethink pre-existing concepts. The Master’s Degree in Architectural Engineering is suitable for those who wish to shoulder the burden of changing the world into the future. Students study planning, design, architectural environment, traditional wood architecture and architectural structure on our Architectural Studies strand, and foundation engineering environmental engineering, civil engineering planning, water engineering and structural engineering on our Civil Engineering strand. |
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- Research into evaluating the snow-carrying load of structures
- Research into performance planning in structural engineering
- Research into high voltage friction
- Research into reinforce concrete
- Living space image / architectural form
- The urban environment / contemporary Japanese architecture
- Town planning in Japan / historical views of landscaping
- The timber environment / contemporary views of Japanese creativity
- Water pollution / low-energy housing
- Optimum insulation systems
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 Master’s Degree
With a foundation of physics, chemistry and biology, students can engage in study and research in the areas of environmental science, materials science, applied chemistry, life sciences or bioengineering. We hope to nurture researchers and technologists who take tackle issues related to the environment, energy and food production amongst others.
Doctorate
On account of the remarkable developments in technology, it is necessary to produce flexible graduates of skill and calibre, who can apply themselves in the areas of environmental science, materials science, applied chemistry, life sciences, bioengineering or environmental systems engineering. |
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- Applied analysis of metals toxic to the environment
- Laser chemistry applied to environmental pollution
- Developments and applications of bio-analyis
- Organic solar batteries / organic EL elements
- Analysis of the properties of fullerenes (the soccer-ball molecules)
- Genetic technology
- Life cycle of insects and fish
- The functions of load-bearing muscle-power
- Genome research related to food production
- Various problems associated with nuclear energy
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Master’s Course
In today’s Japan, which aims for the development of an advanced technological society, mechanical engineering is indispensable to daily life. Now the challenges of mechanical engineering exceed the global scale as we look to outer space for our next step. We offer this course to produce talent that is internationalized, forward looking, knowledgeable, and ready to meet future challenges and the challenges of industry. Students on this course will have the chance to study a number of different areas of engineering to allow them to meet these challenges.
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