博士前期課程
- 募集人員
- 100名
- 授与する学位の名称
- 修士（工学）［Master of Engineering］
- 人材養成目的
- 工学分野の基礎知識と倫理観を備えるとともに，知能機能システム（人・社会・自然界における複雑な現象を表す数理モデルや，数学・物理学・情報学などの理論に基づいて構成され，様々な機能をもつ要素が連携協調して実社会に貢献する工学システム）に関する専門知識と技術，研究能力を身に付け，広い視野に立って問題を発見し解決できる高度専門職業人を養成する．
- 養成する人材像
- 工学分野の高度専門職業人にふさわしい基礎知識と学力，倫理観を備えるとともに，知能機能システムに関する専門知識と技術および研究力をもち，工学分野における社会的または学術的意義のある問題を見極めてその解決に向けて貢献することができる人材．
- 修了後の進路
- 大学院博士後期課程，電気・機械・情報通信分野の企業において製品・システムなどの開発に従事する専門技術者
- 教員研究分野一覧
- 研究分野一覧
前期大学院スタンダード
博士後期課程
- 募集人員
- 16名
- 授与する学位の名称
- 博士（工学）［Doctor of Philosophy in Engineering］
- 人材養成目的
- 工学分野の幅広い知識と倫理観，知能機能システム（人・社会・自然界における複雑な現象を表す数理モデルや，数学・物理学・情報学などの理論に基づいて構成され，様々な機能を持つ要素が連携協調して実社会に貢献する工学システム）に関する高度な専門知識と技術，独創的な研究力を備えるとともに，広い視野に立って重要な問題を発見し解決することができる研究者または高度専門職業人を養成する．
- 養成する人材像
- 工学分野の研究者または高度専門職業人にふさわしい幅広い知識と学力，倫理観を備えるとともに，知能機能システムに関する高度な専門知識と技術をもち，知能機能システムに関する最先端の研究を行って独創的な成果を上げるとともに，学術的または社会的に重要な問題を見極めてそれを解決することによって，学術や社会の発展に貢献することができる人材．
- 修了後の進路
- 大学等の教育機関の教職員，国立研究開発法人等の研究者，電気・機械・情報通信分野の企業において研究開発に携わる高度専門技術者
- 教員研究分野一覧
- 研究分野一覧
後期大学院スタンダード
Master’s Program
- Number of Places Available
- 100 enrolments
- Type of Degree
- Master of Engineering
- Program Educational Aim
- In addition to guide students to acquire the basic knowledge and ethical view in the field of engineering, we strive to ensure that our students acquire specialized knowledge, abilities and research skills regarding Intelligent and Mechanical Interaction Systems. The Intelligent and Mechanical Interaction Systems are developed based on mathematical models representing complex human, social and natural phenomena; as well as theories from disciplines such as mathematics, physics and informatics. This multidisciplinary engineering system intend to contribute to society, through the cooperation of elements with diverse functions working together. The program aims to train highly-specialized professionals capable of identifying and solving problems from a broad viewpoint.
- Profile of Students Training in This Program
- Additional to the basic knowledge, academic ability and ethical view formation appropriate for highly-specialized professionals in the engineering area, students will also acquire specialized knowledge, abilities and research skills regarding Intelligent and Mechanical Interaction Systems. This program cultivates students capable of identify problems which are socially or academically significant and able to contribute with novel approaches to find innovative solutions.
- Career Paths Upon Completion
- Graduates have the opportunity to continue their studies by joining the Doctoral Program. Graduates interested in joining the industrial field can approach it as professional engineers who are engaged in developing products and systems at companies in the electrical, mechanical, information and communication fields.
- Research Field List of Faculty Members
- List of Research fields
Doctoral Program
- Number of Places Available
- 16 enrolments
- Type of Degree
- Doctor of Philosophy in Engineering
- Program Educational Aim
- The aim of this program is to help students acquire extensive knowledge and an ethical view of the engineering area, as well as to acquire an advanced level of specialized knowledge and skills for conducting original research related to Intelligent and Mechanical Interaction Systems. The Intelligent and Mechanical Interaction Systems are developed based on mathematical models representing complex human, social and natural phenomena; as well as theories from disciplines such as mathematics, physics and informatics. This multidisciplinary engineering system intend to contribute to society, through the cooperation of elements with diverse functions working together. The program aims to train researchers or highly-specialized professionals capable of identifying and solving problems from a broad viewpoint.
- Profile of Students Training in This Program
- Additional to acquire a wide range of knowledge, academic ability and an ethical view appropriate for researchers or highly-specialized professionals in the engineering area, students will also acquire sophisticated expertise and skills while conducting cutting-edge research on Intelligent and Mechanical Interaction Systems. This program cultivates students capable of identify and solve socially or academically relevant problems, providing innovative and original solutions.
- Career Paths Upon Completion
- Graduates can become faculty members at educational institutions (including universities) or researchers at national research and development agencies. Graduates interested in joining the industrial field can approach it as highly specialized professional engineers engaged in research and development at companies in the electrical, mechanical, information and communication fields.
- Research Field List of Faculty Members
- List of Research fields