3つのポリシー / Three policies

アドミッション・ポリシー / Admissions Policy

本共同専攻では、光・電子工学と光医学を融合させた光医工学の分野の研究者として社会に貢献できる人材を育成するために、次のような資質を備えた学生を選抜する。

  1. 光・電子工学と医学を学ぶために必要な基礎学力と、旺盛な科学への好奇心を有している人材
  2. 生涯を通して学修する意欲と向上心を持ち、知識を応用した独創的な発想ができる人材
  3. 誠実さと協調性、倫理観を有し、異なる分野の人との共同作業に取り組める人材
  4. 国際社会や地域社会に目を向けている人材

This cooperative major is designed to train experts who can contribute to society as researchers in the field of medical photonics, which combines opto-electronics and photomedicine. Students offering qualities such as the following will be selected:

  1. The basic academic skills necessary to study opto-electronics and medicine, together with an active curiosity about science
  2. Motivation and ambition to continue learning throughout their lives and the ability to apply their knowledge to think creatively
  3. Integrity, a cooperative approach, and ethical awareness, enabling teamwork with researchers in other fields
  4. An interest in the global community and local communities

カリキュラム・ポリシー / Curriculum Policy

本共同専攻が光医工学分野において目指す人材の育成を達成するために、以下のような教育課程を編成・実施し、学修成果を評価する。

  1. 専門知識と技能
    専攻共通科目、基礎科目、専門科目の多様な取得を可能にし、光・電子工学と光医学の専門知識の修得と、これらの融合による光医工学の学識と技術の修得を図る。
  2. 自律的学修能力と応用能力
    多様な専攻共通科目、専門科目の特別研究及び特別演習を開講することにより、光医工学の学識と技能を応用する能力と、最新の知識を修得する習慣を育むとともに、医工学の進歩や革新的技術の創造につながる独創力を育む。
  3. 豊かな人間性と高い倫理観
    講義を通じて研究倫理、医療倫理の基本の理解を図るとともに、特別演習、特別研究及び研究インターンシップを通じて倫理観の成熟と定着を図る。同時に分野の異なる人材との共同作業を通じて、コミュニケーション能力を育成する。
  4. 国際社会・地域社会に対する貢献力
    特別研究、特別演習及び研究インターンシップにより、グローバルな視野に立って光医工学の研究成果を発信する能力を育む。

The Cooperative Major is designed to train experts in medical photonics through pursuit of the following curriculum and to assess the results of their training:

  1. Specialized knowledge and skills
    The Cooperative Major has been developed to present a wide range of subjects consisting of common core subjects, basic subjects, and specialized subjects, to allow students to acquire expertise in both opto-electronics and photomedicine, aiming to transfer the specialized knowledge and skills of medical photonics through a fusion of the two component disciplines.
  2. Independent learning and application skills
    By presenting students with a variety of common core subjects and offering specialized research and seminars as part of specialized subjects, the coursework allows students to develop and apply knowledge of and skills in medical photonics, while instilling the habit of seeking new knowledge in the field as it becomes available and fostering the kind of creative thinking that leads to progress and innovation in medical engineering.
  3. Rich humanism and strong ethics
    Through lectures, the coursework attempts to teach the basic principles of research and medical ethics while fostering a mature and consistent ethical approach in students through specialized seminars, specialized research, and research internships. At the same time, the coursework aims to develop communication skills through collaborative efforts with experts in other fields.
  4. Contributions to international and local communities
    Through specialized research, specialized seminars, and research internships, the program aims to develop in students the ability to present medical photonics research results from a global perspective.

ディプロマ・ポリシー / Diploma Policy

本共同専攻では、光・電子工学と光医学を融合させた光医工学を修め、以下の能力を有する者に博士(光医工学)の学位を与える。

  1. 専門知識と技能
    光・電子工学と光医学の専門知識と技能を身につけ、医療現場の課題やニーズを理解することができる。
  2. 自律的学修能力と応用能力
    光医工学の専門知識と技能を応用する能力と最新の知識を修得する習慣を身につけ、抽出した医療現場の課題やニーズに対し、必要な情報を収集・分析して解決できる。また、光医工学の進歩や革新的技術の創造に寄与できる。
  3. 豊かな人間性と高い倫理観
    豊かな人間性、コミュニケーション能力、並びに高い研究倫理及び医療倫理観を身につけ、医療現場に入り光医工学の研究を行うことができる。
  4. 国際社会・地域社会に対する貢献力
    光医工学の技術及び研究成果を広く国際社会や地域社会に普及させるための、必要な知識と技術を身につけている。

The Cooperative Major bestows upon students at successful completion a doctoral degree in medical photonics, which combines opto-electronics and photomedicine, aiming specifically to impart:

  1. Specialized knowledge and skills
    Successful students acquire specialized knowledge and skills in opto-electronics and photomedicine and gain an understanding of problems and needs in the medical field.
  2. Independent learning and application skills
    Successful students acquire the ability to apply expert knowledge and specialized skills related to medical photonics; they acquire the habit of staying current with the latest knowledge in the field; and they develop the ability to address the problems and needs identified in the medical field by collecting and analyzing pertinent information. Moreover, these students become prepared to be contributors to progress and innovation in the field of medical photonics.
  3. Rich humanism and strong ethics
    Successful students acquire a strong humanist sensibility, good communication skills, and a solid understanding of research and medical ethics that allow them to enter the field of medicine and conduct research in medical photonics.
  4. Contributions to international and local communities
    Successful students acquire the knowledge and skills necessary to disseminate technologies and research findings in medical photonics widely to international and local communities.