Diploma Policies—Policies for Certifying Completion and Conferring Diplomas
(1) The Ideal Graduate (Educational Goals)
The Graduate School of Science will confer a master’s degree on individuals are equipped with the qualities and abilities described below, in addition to meeting the requirements for completion of the program
Division of Particle and Astrophysical Science
- Individuals with a strong desire to understand the laws of physics that underpin the physical world and who possess the ability to think in terms of physics
- Individuals who possess broad knowledge of the natural sciences, as well as specialized foundational knowledge, research capabilities, and research communication skills in the specialized fields of particle physics, astrophysics, and/or astro-terrestrial physics that will enable them to make significant contributions within diverse fields of society.
Division of Material Science (Physics)
- Individuals with a strong desire to understand the laws of physics that underpin the physical world and who possess the ability to think in terms of physics
- Individuals who possess a broad knowledge of the natural sciences, as well as specialized foundational knowledge, research capabilities, and research communication skills in the specialized fields of condensed matter physics and/or biophysics that will enable them to make significant contributions within diverse fields of society
Division of Material Science (Chemistry)
- Individuals who are full of intellectual curiosity and who possess the ability to think independently and flexibly as they seek to uncover the logical principles of matter and nature
- Individuals who possess both the expertise and originality needed to make breakthroughs by discovering new substances and new physical properties and to elucidate physical properties and the logical principles of nature
- Individuals who possess a broad knowledge of the natural sciences, as well as specialized foundational knowledge, research capabilities, and research communication skills in the specialized fields of chemistry that will enable them to make significant contributions in diverse fields of society
Division of Biological Science
- Individuals who are full of intellectual curiosity and who possess the ability to think independently and flexibly as they seek to uncover the fundamental principles of biological phenomena
- Individuals who possess both the expertise and originality needed to elucidate unknown biological phenomena by conducting research
- Individuals who possess a broad knowledge of the natural sciences, as well as specialized foundational knowledge, research capabilities, and research communication skills in the specialized fields of biological science that will enable them to make significant contributions within diverse fields of society
(2) Graduation and Completion Criteria (Requirements)
Division of Particle and Astrophysical Science
To complete the master’s program, in principle, students must be enrolled at the School for at least two years and gain a total of at least 30 credits in lectures and practical courses, as stipulated by the Division. Having obtained the necessary credits, students must also pass their master’s dissertation examination.
Division of Material Science (Physics)
To complete the master’s program, in principle, students must be enrolled at the School for at least two years and gain a total of at least 30 credits in courses including lectures and practical courses, as stipulated by the Division (Physics). Having obtained the necessary credits, students must also pass their master’s dissertation examination.
Division of Material Science (Chemistry)
To complete the master’s program, in principle, students must be enrolled at the School for at least two years and gain a total of at least 30 credits in courses including lectures and practical courses, as stipulated by the Division (Chemistry). Having obtained the necessary credits, students must also pass their master’s dissertation examination.
Division of Biological Science
To complete the master’s program, in principle, students must be enrolled at the School for at least two years and gain a total of at least 30 credits in courses including lectures and practical courses, as stipulated by the Division. Having obtained the necessary credits, students must also pass their master’s dissertation examination.
(3) Criteria for Examination of Master’s Dissertations
Division of Particle and Astrophysical Science
The master’s dissertation will be assessed by a dissertation review committee. The committee will rigorously examine whether dissertations demonstrate students’ broad knowledge of the natural sciences, as well as specialized foundational knowledge, research capabilities, and research communication skills in the specialized fields of particle physics, astrophysics, and/or astro-terrestrial physics. Students who pass the examination will be awarded the degree of Master of Science (MSc).
Division of Material Science (Physics)
The master’s dissertation will be assessed by a dissertation review committee. The committee will rigorously examine whether dissertations demonstrate students’ broad knowledge of the natural sciences, as well as specialized foundational knowledge, research capabilities, and research communication skills in the specialized fields of condensed matter physics and/or biophysics. Students who pass the examination will be awarded the degree of Master of Science (MSc).
Division of Material Science (Chemistry)
The master’s dissertation will be assessed by a dissertation review committee. The committee will rigorously examine whether dissertations demonstrate students’ broad knowledge of the natural sciences, as well as specialized foundational knowledge, research capabilities, and research communication skills in the specialized fields of chemistry. Students who pass the examination will be awarded the degree of Master of Science (MSc).
Division of Biological Science
When a student applies for the master’s degree examination, their supervisor and deputy supervisor make a prior evaluation of the application and then give a formal approval. Thereafter, the master’s dissertation is assessed by a dissertation review committee. The committee rigorously examines whether the dissertation demonstrates the student’s broad knowledge of the natural sciences, as well as specialized foundational knowledge, research capabilities, and research communication skills in the specialized fields of biological science. Students who pass the examination will be awarded the degree of Master of Science (MSc).
Curriculum Policies — Policies for Organizing and Implementing the Curriculum
Division of Particle and Astrophysical Science
The Division aims to develop students with a strong desire to understand the laws of physics that underpin the physical world. Further, students must possess the ability to think in terms of physics and display a broad knowledge of the natural sciences, specialized foundational knowledge, research capabilities, as well as research communication skills in the specialized fields of particle physics, astrophysics, and/or astro-terrestrial physics. To this end, we offer the educational curriculum detailed below. Students are also required to submit a master’s dissertation to demonstrate their proficiency in the subject area and the results of their research.
- (1)
- Lectures within the Division are categorized as follows: A-type courses are available to all students at the Graduate School of Science and provide broad knowledge of the natural sciences across all departments; B-type courses enable students to learn specialized foundational knowledge in different fields of particle physics, astrophysics, and/or astro-terrestrial physics; and C-type courses comprise seminars and practical sessions conducted in laboratories. These courses are designed to enable students to develop a broad range of specialized knowledge and thinking skills.
- (2)
- In addition to lectures taught by faculty members within the Division, students will also have opportunities to participate in intensive lectures taught by guest lecturers from outside the university who are engaged in research in fields that are not covered by the Division.
- (3)
- Students will have opportunities to engage in cutting-edge research at the laboratory to which they belong, which will enable them to develop foundational academic skills and the ability to conduct research.
- (4)
- We offer English-language lectures and laboratory seminars for both Japanese and international students.
- (5)
- The learning outcomes of each course will be assessed using the methods specified in the syllabus. Assessment methods include regular examinations, essays, seminar presentations, as well as evaluation of practical sessions and experiment results.
- (6)
- Through the process of master’s dissertation supervision, it is assessed whether students have acquired the qualities and abilities listed in the Diploma Policies.
Division of Material Science (Physics)
The Division aims to develop students with a strong desire to understand the laws of physics that underpin the physical world. Further, students must possess the ability to think in terms of physics and also a broad knowledge of the natural sciences, specialized foundational knowledge, research capabilities, as well as research communication skills in the specialized fields of condensed matter physics and/or biophysics. To this end, we offer the educational curriculum detailed below. Students are also required to submit a master’s dissertation to demonstrate their proficiency in the subject area and the results of their research.
- (1)
- Lectures within the Division are categorized as follows: A-type courses are available to all students at the Graduate School of Science and provide students a broad knowledge of the natural sciences across all departments; B-type courses enable students to gain specialized foundational knowledge in different fields of condensed matter physics and/or biophysics; and C-type courses comprise seminars and practical sessions conducted in laboratories. These courses are designed to enable students to develop a broad range of specialized knowledge and thinking skills.
- (2)
- In addition to the lectures taught by faculty members within the Division, students will also have opportunities to participate in intensive lectures taught by guest lecturers from outside the university who are engaged in research in fields that are not covered by the Division.
- (3)
- Students will have opportunities to engage in cutting-edge research in the laboratory to which they belong, which will enable them to develop foundational academic skills and the ability to conduct research.
- (4)
- We offer English-language lectures and laboratory seminars for both Japanese and international students.
- (5)
- The learning outcomes of each course will be assessed by using the methods specified in the syllabus. Assessment methods include regular examinations, essays, seminar presentations, and the evaluation of practical sessions and experiment results.
- (6)
- Through the process of master’s dissertation supervision, it is assessed whether students have acquired the qualities and abilities listed in the Diploma Policies.
Division of Material Science (Chemistry)
The Division aims to develop students who are full of intellectual curiosity and possess the ability to think independently and flexibly as they seek to uncover the logical principles of matter and nature. Further, students must have the expertise and originality needed to make breakthroughs in new substances and new physical properties, in addition to elucidating the physical properties and the logical principles of nature. More specifically, we provide a curriculum that enables students to develop a broad understanding of the natural sciences, as well as specialized foundational knowledge, research capabilities, and research communication skills in the specialized fields of chemistry. We offer courses that take advantage of the unique assets of the Division, including lectures that are available across departments (specialties) and lectures in foreign languages. Students are also required to submit a master’s dissertation to demonstrate their proficiency in the subject area and the results of their research.
- (1)
- Lectures within the Division are categorized as follows: A-type courses are available to all students at the Graduate School of Science and provide students with a broad knowledge of the natural sciences across all departments, rather than just focusing on foundational courses that aim to refine student’s expertise solely within the Division; B-type courses enable students to gain specialized foundational knowledge in different fields at a more advanced level within the Division; and C-type courses comprise seminars, practical sessions, and theoretical research conducted in laboratories within the Division.
- (2)
- In addition to lectures taught by faculty members within the Division as detailed in (1), students will also have opportunities to participate in intensive lectures taught by guest lecturers from outside the university who are engaged in research in fields that are not covered by the Division.
- (3)
- We offer English-language lectures and laboratory seminars for both Japanese and international students.
- (4)
- The learning outcomes of each course will be assessed using the methods specified in the syllabus. Assessment methods include regular examinations, essays, seminar presentations, as well as the evaluation of practical sessions and experiment results.
- (5)
- Through the process of master’s dissertation supervision, it is assessed whether students have acquired the qualities and abilities listed in the Diploma Policies.
Division of Biological Science
The Division’s key aim is to develop students who are full of intellectual curiosity and possess the ability to think independently and flexibly as they seek to uncover the logical principles of biological phenomena. Further, students must have a high degree of expertise and originality. In particular, we provide appropriate opportunities for students to engage in educational practice and research supervision based on the particular assets of the life sciences, with the main educational goals of enhancing students’ foundational knowledge, cultivating their ability to think deeply, and fostering a broad perspective. More specifically, as detailed below, we offer a curriculum that enables students to develop a broad understanding of the natural sciences, as well as specialized foundational knowledge, research capabilities, in addition to research communication skills in the specialized fields of biological science. Students are also required to submit a master’s dissertation to demonstrate their proficiency in the subject area and the results of their research.
- (1)
- Lectures within the Division are categorized as follows: A-type courses are available to all students at the Graduate School of Science and provide students a broad understanding of the natural sciences across all departments; B-type courses enable students to gain specialized foundational knowledge in different fields of biological science; and C-type courses comprise seminars and practical sessions conducted in laboratories.
- (2)
- In addition to lectures taught by faculty members within the Division, students will also have opportunities to participate in intensive lectures taught by guest lecturers who are engaged in cutting-edge research outside the university.
- (3)
- We offer courses that will enable students to benefit from the unique assets of different specialized fields.
- (4)
- The learning outcomes of each course will be assessed using the methods specified in the syllabus. Assessment methods include regular examinations, essays, seminar presentations, and the evaluation of practical sessions and experiment results.
- (5)
- Through the process of master’s dissertation supervision, it is assessed whether students have acquired the qualities and abilities listed in the Diploma Policies.
Admissions Policies—Policies for Selecting and Admitting Students
(1) Admissions Policy
Division of Particle and Astrophysical Science
The Division welcomes individuals who are deeply interested in exploring the laws of physics, have a strong motivation and rich imagination in relation to research, and have excellent foundational knowledge and ability to think in terms of physics, which will form the basis of their research activities.
Division of Material Science (Physics)
The Division welcomes individuals who are deeply interested in exploring the laws of physics, have strong motivation and rich imagination in relation to research, and have excellent foundational knowledge and ability to think in terms of physics, which will form the basis of their research activities.
Division of Material Science (Chemistry)
The Division welcomes individuals who possess clear foundational academic ability in the sciences, as well as courage and creativity, which will enable them to take up the challenge of making breakthroughs in new substances and new physical properties that have great future potential and also elucidating physical properties and the logical principles of nature.
Division of Biological Science
The Division welcomes individuals who possess an insatiable interest and passion with regard to the wonder, beauty, and ingenuity of biological phenomena and who abound with the spirit of challenge and creativity, which will enable them to take up the pursuit of truth.
(2) Selection Policy
Division of Particle and Astrophysical Science
The Division measures applicants’ interest in exploring the field of physics, as well as their foundational knowledge and ability to think in terms of physics, based on a written examination and an interview. Applicants are selected based on whether they have one or more of the following qualities and abilities.
- (1)
- Foundational academic ability in mechanics, electromagnetism, statistical mechanics, and quantum mechanics, in addition to a certain level of foreign language (English) proficiency
- (2)
- Essential foundational academic ability to work at the forefront of postgraduate research activities
- (3)
- A spirit of challenge, intellectual curiosity, and creativity, as well as a strong motivation to conduct research to explore the truths that underpin the physical world
Division of Material Science (Physics)
The Division measures applicants’ interest in exploring the field of physics, as well as their foundational knowledge and ability to think in terms of physics based on a written examination and interview. Applicants are selected based on whether they have one or more of the following qualities and abilities.
- (1)
- Foundational academic ability in mechanics, electromagnetism, statistical mechanics, and quantum mechanics, in addition to a certain level of foreign language (English) proficiency
- (2)
- Foundational academic ability to work at the forefront of postgraduate research activities
- (3)
- A spirit of challenge, intellectual curiosity, and creativity, as well as strong motivation to conduct research to explore the truths that underpin the physical world.
Division of Material Science (Chemistry)
The Division measures applicants’ foundational academic ability in chemistry, and whether they possess the necessary qualities to engage in research of physical properties, based on a written examination and interview. Applicants are selected based on whether they have one or more of the following qualities and abilities.
- (1)
- Foundational academic ability in organic chemistry, biochemistry, inorganic chemistry, analytical chemistry, and physical chemistry, in addition to a certain level of foreign language (English) proficiency
- (2)
- Foundational academic ability in scientific fields other than essential chemistry in as detailed in(1)and excellent comprehension ability in diverse fields
- (3)
- Qualities and educational grounding needed to take on challenges with courage, utilizing material science to resolve important global and social issues, as well as the skill and creativity needed to see such challenges through to the end
Division of Biological Science
The Division measures applicants’ foundational academic ability in biological science, their interest in biological phenomena, and whether they possess the necessary qualities to engage in research in biological science based on a written examination and interview. Applicants are selected based on whether they have one or more of the following qualities and abilities.
- (1)
- Foundational academic ability in biological science, in addition to a certain level of foreign language (English) proficiency
- (2)
- Foundational academic ability in scientific fields other than biological science and excellent comprehension ability in diverse fields.
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