
1. Major in Electronics & Computer Engineering

Electronics and computer engineers are very active in all phases of
modern technology: research, design and development, testing, and
manufacturing. The major offers basic and diverse courses in
electronics and computer engineering concepts and experience in
applying these concepts to industry. The required courses equip the
students with knowledge of basic electrical and physical science,
electronics, computers, information and communication. The elective
courses offer opportunities for professional specialization, area
specialization, or interdepartmental/interdisciplinary
broadening.This major will be divided into two in 1996: the Major in
Electronic Engineering, which will be incorporated with the Major in
Electrical Engineering, and the Major in Computer, Information and
Communication, which will focus on information and communication.
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2. Major in Electrical Engineering

The major provides education on basic theories and applications of
electrical and electronic engineering in order to produce electrical
engineers and researchers who will contribute to modern industries.
Based on electromagnetics, circuit theory, and physics of electrical
materials, three major sections, each of which is equipped with
modern research facilities, can be defined as follows: the physics of
electrical materials section including high voltage engineering,
electrical materials, semi-conductor materials and super-conductor
materials; the automatic control section including control system,
robotics and automation systems; the electrical power section
including power generation and distribution, power electronics,
electric machines and electromagnetic field analysis.
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3. Major in Ceramic Engineering

Placing the greatest emphasis on ceramic materials, the major
provides a well-organized program designed to help students acquire
both theoretical and practical knowledge in the field of material
science. The major courses offered by the major include material
thermodynamics, introduction to material science, physical ceramics,
ceramic processing, electro- and magnetic ceramic materials, and
other applied fields. The lab is equipped with a variety of modern
facilities such as an X-ray diffractometer, a differential thermal
analyzer, a particle size analyzer, a frequency response analyzer,
and so on.
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4. Major in Metallurgical Engineering

The objective of the metallurgical engineering program is to provide
the student with a sound preparation for a career in the field. The
undergraduate education of a metallurgical engineer at the major is
based on four curriculum stems: basic science, and physical, chemical
and mechanical metallurgy. Based on the sound background in
mathematics, physics and chemistry the major offers the important
courses related to thermodynamics, heat treatment and phase
transformation, ferrous and non-ferrous metallurgy, deformation
processing, surface treatment, and advanced materials. In addition to
the theoretical studies carried out in classes the student will be
equipped with the practical knowledges and skills required in the
industries through the experimental work in laboratories. The
steelmaking plants, auto and shipbuilding industries, space and
aircraft industries, and national laboratories are only limited
examples among the endless list of the fields in which the graduates
are playing an important role.
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5. Department of Architectural Engineering

The Department of Architectural Engineering is to provide students
with knowledge and skills for clarifying and solving problems
pertaining to architecture and the built environment. The department
offers a variety of subjects such as architectural planning and
design, environmental technology, structures, urban design, as well
as construction.The students will become to be well equipped with a
wide range of knowledge in all domains of architectural engineering
through classroom works and field trainings.
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6. Department of Industrial Chemical Engineering

Industrial chemistry is a discipline focusing on chemistry-related
technology. Its applied fields include petroleum refinery,
petrochemical industries, pharmaceutical industries, pulp and paper
industries, soap and detergent industries, energy-related industries,
and environment- related industries. The areas of study in this
department range from basic knowledge of chemistry and chemical
engineering to advanced knowledge in the synthesis of new materials,
mechanisms of chemical reactions, and chemical processes. Seven well
equipped and updated laboratories provide facilities for experimental
courses. Career opportunities after graduation include technical jobs
in chemistry-related industries, and in government-sponsored or
private research institutes. Students may also enroll at graduate
school to further their studies.
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7. Department of Mechanical Planning Engineering

Just as industry in general utilizes advanced knowledge, information,
and technology, mechanical industry, more then any other industrial
sector, also needs the foundation of accumulated knowledge and
technology for further development. To meet the needs of mechanical
industry, the courses offered by the department are organized into
three divisions solids and thermal/fluid engineering division,
CAD/CAM and automatic design and operation division, and production
engineering division. Graduates from this department play central
roles in advanced research in mechanical industry, or in cooperative
utilization of technical information with other industries, or in
providing technical information and vision for a successful
industrial policy of the government.
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8. Department of Naval Architecture & Ocean Engineering

The program in naval architecture and ocean engineering offers a wide
range of courses covering basic mechanics and advanced topics
required for students to carry out designing and constructing ships
and other various ocean structures. Carefully developed curriculum
and a high precision experimental environment are provided in order
to maximize the educational efficiency. Voluntary students'
participation in various in-or interuniversity design contests are
encouraged and carefully guided by the faculty who are actively
involved in up-to-date researches. Widely open to the graduates are
job opportunities in the field of challenge taking ocean exploitation
as well as the nation's leading shipbuilding and ocean structure
building industries.
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