Program Overview

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Introduction to the Engineering Design Course

The Engineering Design Course is a graduate program that aims to foster the ability to contribute to the solution of various social challenges through engineering design. The program seeks to cultivate individuals who can understand the existing scientific and technological systems, think outside the box, and create new technologies, values, and concepts that can contribute to society.

Objectives of the Engineering Design Course

The objectives of the Engineering Design Course are to:

• Foster the ability to contribute to the solution of various social challenges through engineering design
• Cultivate individuals who can understand the existing scientific and technological systems and think outside the box
• Create new technologies, values, and concepts that can contribute to society

Target Personnel

The Engineering Design Course aims to cultivate the following types of personnel:

• Innovators who can link technology to value creation and contribute to society
• Business designers who can utilize engineering design
• Innovators who can transform society through technology
• Researchers and developers at companies and universities
• Educators and researchers at universities

Expected Fields of Activity

Graduates of the Engineering Design Course are expected to be active in the following fields:

• Business design using engineering design
• Innovation using technology to transform society
• Research and development at companies
• Education and research at universities

Curriculum

The Engineering Design Course offers a comprehensive curriculum that includes:

• Master's program: The master's program aims to cultivate the fundamental abilities necessary to identify and formalize challenges in complex social situations, as well as the knowledge and skills necessary for engineering design.
• Doctoral program: The doctoral program aims to cultivate the ability to create new values and reconstruct existing value systems through engineering design research and practice.

Educational Policy

The educational policy of the Engineering Design Course is to:

• Foster the ability to contribute to the solution of various social challenges through engineering design
• Cultivate individuals who can understand the existing scientific and technological systems and think outside the box
• Create new technologies, values, and concepts that can contribute to society

Degrees Offered

The Engineering Design Course offers the following degrees:

• Master's degree: Master of Science, Master of Engineering, Master of Arts
• Doctoral degree: Doctor of Science, Doctor of Engineering, Doctor of Philosophy

Departments and Fields

The Engineering Design Course is offered in the following departments and fields:

• Mechanical Systems
• System Control
• Information and Communication
• Industrial Engineering and Economics
• Architecture
• Civil and Environmental Engineering
• Integrated Science and Technology

Research Areas

The research areas of the Engineering Design Course include:

• Engineering design
• System design
• Product design
• Service design
• Social design

Faculty and Research Laboratories

The faculty and research laboratories of the Engineering Design Course are composed of:

• Faculty members with expertise in engineering design and related fields
• Research laboratories equipped with state-of-the-art facilities and equipment

Alumni

The alumni of the Engineering Design Course are active in various fields, including:

• Business
• Research and development
• Education
• Government
• Non-profit organizations

Career Paths

The career paths of the graduates of the Engineering Design Course include:

• Business designer
• Innovator
• Researcher and developer
• Educator and researcher
• Consultant
• Entrepreneur

Admission Requirements

The admission requirements for the Engineering Design Course include:

• Bachelor's degree or equivalent
• English language proficiency
• GRE or equivalent scores
• Letters of recommendation
• Personal statement

Tuition Fees

The tuition fees for the Engineering Design Course vary depending on the program and department. Please contact the university for more information.

Scholarship Opportunities

The university offers various scholarship opportunities for international students, including:

• Full scholarships
• Partial scholarships
• Research assistantships
• Teaching assistantships

Campus Life

The campus life of the university is vibrant and diverse, with various student organizations, clubs, and activities available. The university also offers various support services, including:

• Academic advising
• Career counseling
• Mental health services
• International student support

Location

The university is located in Tokyo, Japan, with easy access to various transportation options, including:

• Subway
• Bus
• Train
• Airport

Facilities

The university has various facilities, including:

• Libraries
• Laboratories
• Classrooms
• Auditoriums
• Gymnasium
• Cafeterias
• Bookstores

International Exchange

The university has international exchange programs with various universities around the world, including:

• Student exchange programs
• Research exchange programs
• Faculty exchange programs
• International joint research programs

Accreditation

The university is accredited by various organizations, including:

• Ministry of Education, Culture, Sports, Science and Technology
• Japan Accreditation Council for Engineering Education
• International Accreditation Council for Business Education

Rankings

The university is ranked highly in various rankings, including:

• QS World University Rankings
• Times Higher Education World University Rankings
• US News & World Report Best Global Universities Rankings

History

The university has a long history, dating back to its founding in 1881. The university has undergone various transformations and expansions over the years, including:

• Establishment of the faculty of engineering in 1902
• Establishment of the graduate school in 1929
• Establishment of the faculty of science in 1949
• Establishment of the faculty of humanities and social sciences in 1951

Mission

The mission of the university is to:

• Foster the development of individuals who can contribute to the solution of various social challenges
• Cultivate individuals who can understand the existing scientific and technological systems and think outside the box
• Create new technologies, values, and concepts that can contribute to society

Vision

The vision of the university is to:

• Become a leading university in the field of engineering design
• Foster the development of individuals who can contribute to the solution of various social challenges
• Cultivate individuals who can understand the existing scientific and technological systems and think outside the box
• Create new technologies, values, and concepts that can contribute to society