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［Humanities］
"Well-balanced thinking and broad knowledge."
General Education's program is designed to nurture in students a flexible, human-oriented,
view. This will be necessary for engineers in a changing world.
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Faculty Members
Mitsuru OSAWA
(Professor,Dr.Lit.)
Classes: Introduction to Economics,Introduction to
Business Administration, Seminar in Foundation of Information Economics,
Management Information Systems, Management Information System Design
Research areas: Engineering of Impression, Kansei
Information Processing, Information and Communication Engineering.
System Dynamics
Toshiyuki YAMASHITA
(Professor, Dr. Lit.)
Classes: Psychology, Cognitive Sciences, Behavioral
Sciences
Research areas: Cognitive Sciences, Psychology, Human
Engineering, Decision Making, Human Interface, Human-Computer
Interaction.
Aki NAKANISHI
(Associate Professor,Ph.D.)
Classes: Sociology, Information Society, Systems
Science
Research areas: Knowledge Society, Human and
Organizational Network, E-business and E-community, Learning
Oorganization, Soft Systems Methodology
Tadashi CHIYOJIMA
(Associated Professor)
Classes: Philosophy, German Reading
Research areas: Philosophy, German; studies on G.W.F. Hegel,
Phenomenology, time studies related to A. Einstein's principle of relativity |
Ryoichi OKA
(Professor)
Classes: German Grammar, Practical German, General
German
Research areas: German, German Literature; Thomas Mann and Heinrich Mann
studies, Literature of German Exiles, CALL software development,
Jugendstil.
Yoshiko YUASA
(Associate Professor)
Classes: General English, Intermediate English, Advanced English
Reading.
Research Areas: English Literature, the
Principles of Life in Poems of AngloAmerican Poets, [A.E.Housman,
C.D.Lewis, Spender, Jennings, Ted Hughes], Oxford Poets, Comparative
Cultures, Multi-media Studies
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| ［Natural Science］
To dvelop the fundamentals for Engineering estudies
The fundamental sciences supporting today's engineering include math,
chemistry and biology. Taking these courses at TMIT is indispensable in order to take
high-school learning to a higher level of science and technology. These courses are taught
to gain "an attitude of seeing subjects objectively and appreciating the process of
thinking" as a scientist/engineer. The courses include math, physics, chemistry and
biology, which apply mathematical thinking to various fields of technology. The
relationship between Natural Science and technology leads to a smooth transition from
knowledge to application.
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Mitsuhiro
NAMBU
(Professor, Dr.Sci.)
Classes: Calculus
Ⅰ Ⅱ, Vector Analysis, Differential Equations.
Research areas: Plasma
Physics; especially nonlinear phenomena in turbulent plasma.
Shigeru SASABE
(Professor, Dr.Sci.)
Classes: Classes:
Electromagnetism I/II, Industrial Dynamics II, Exercise in Physics.
Research areas: Quantum
Electromagnetics and Electron Theory
Hiroyuki MORI
(Associate Professor,Dr,Sci)
Classes: Physics
I.II, Industrial Dynamics II, Experiment in Physics
Research areas: Theory
of Condensed Matter Physics, Strongly Correlated Electron Systems in
Low Dimensions |
Kiyoaki
IIMURA
(Professor,Dr.Sci.)
Classes: Linear
AlgebraI..II,Differential Equations Linear Algebra
I..II:Exercise
Research areas: Mathematics;
Theory of Algebraic Number, ideal class of algebraic group.
Hiroshi OKOCHI
(Associate Professor, Dr.Eng.)
Classes: Chemistry I&II, Advanced Chemistry, Applied Chemistry
Classes, Chemical Experiment
Research areas: Environmental Chemistry; Mechanism of
wet and dry deposition of atmospheric pollutants, Mechanism of the
effect of acid deposition on the terrestrial ecosystems |
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