Japanese/English
The following requirements must also be met in order to complete the MERIT Course:
MERIT Course students are required to attend all of the following:
MERIT Course students are also required to complete one of the following four options. Applications must be submitted for these opportunities; eligibility to participate is granted on application approval.
Graduate School | Department | Class Name(※1) | Category | Learning Level(※2) | Notes |
---|---|---|---|---|---|
Graduate School of Engineering | All | Focused Lecture on Materials Science Ⅰ | Physics/ Chemistry |
(1) Those students on the MERIT Course who are enrolled in the Physics Department of the Graduate School of Science or in the Applied Physics or Electrical Engineering and Information Systems Departments of the Graduate School of Engineering are classified as being on the Physics Track of the MERIT Course. Those students on the MERIT Course who are enrolled in the Chemistry Department of the Graduate School of Science or in the Applied Chemistry, Chemical Systems Engineering, or Chemistry and Biotechnology Departments of the Graduate School of Engineering are classified as being on the Chemistry Track. Finally, decisions as to whether MERIT Course students who are enrolled in the Materials Engineering or Bioengineering Department of the Graduate School of Engineering and those who are enrolled in the Advanced Materials Science Department of the Graduate School of Frontier Sciences are on the Physics or the Chemistry Track will be made on an individual basis according to students’ research plans upon acceptance as Course participants.
(2) It is recommended that students on the Physics Track take the classes of the chemistry category and that students on the Chemistry Track take the classes of the physics category. |
|
Focused Lecture on Materials ScienceⅡ | Physics/ Chemistry |
||||
Focused Lecture on Materials Science Ⅲ | Physics/ Chemistry |
||||
Engineering Competency Ⅱ-Research Internship- | Physics/ Chemistry |
||||
Applied Physics | Materials Science | Physics | |||
Advanced Lectures on Quantum Mechanics◎ | Physics | * | |||
Fundamentals of Magnetic Resonance | Physics | ||||
Introduction to Condensed Matter Physics◎ | Physics | ||||
Computics for Material Science I | Physics | * | |||
Computics for Material Science II | Physics | * | |||
Experimental Methods in Applied Physics (B) | Physics | ||||
Soft Matter Science◎ | Physics | ||||
Surface Physics◎ | Physics | ||||
Electrical Engineering and Information Systems | Quantum Nanostructures | Physics | |||
Solid State Electronics I | Physics | ||||
Environmental Issues and Energy Technology | Physics | ||||
Nano Quantum Information Electronics I | Physics | ||||
Organic Electronics | Physics | ||||
Fundamentals of Semiconductor Devices | Physics | ||||
Physics and Technology of Solar Cells | Physics | ||||
Nano Quantum Information Electronics II | Physics | ||||
Bio Electronic and Information Engineering | Physics | ||||
Integrated Device Engineering | Physics | ||||
Integrated Circuits Engineering | Physics | * | |||
Integrated Power Management Circuits | Physics | * | |||
Materials Engineering | Advanced Lecture on Solid State Physics | Physics | |||
Advanced Lecture and Exercise on Transport Phenomena | Chemistry | ||||
Advanced Lecture on Materials Chemistry I | Chemistry | ||||
Advanced Lecture on Materials Chemistry II | Chemistry | ||||
Advanced Lecture and Exercise on Thermodynamics | Chemistry | ||||
Advanced Lecture and Exercise on Elasticity | Physics | ||||
Advanced Lecture and Exercise on Structural Analysis | Physics | ||||
Advanced Lecture on Medical Materials | Chemistry | * | |||
Advanced Lecture on Material Modeling | Physics | * | |||
Advanced Lecture on Material Synthesis Using Supercritical Fluid | Physics | * | |||
Advanced Lecture on Device Process Engineering | Physics | * | |||
Applied Chemistry | Advanced Lectures on Frontier Chemistry◎ | Chemistry | |||
Advanced Lectures on Chemistry and Energy◎ | Chemistry | ||||
Chemical System Engineering | Chemical Engineering of Catalysis◎ | Chemistry | |||
Molecular Physical Chemistry◎ | Chemistry | ||||
Advanced Chemical Reaction Engineering◎ | Chemistry | ||||
Chemistry and Biotechnology | Polymer and Functional Materials Chemistry I | Chemistry | |||
Polymer and Functional Materials Chemistry II | Chemistry | ||||
Polymer and Functional Materials Chemistry III | Chemistry | ||||
Basics for Functional Chemistry I | Chemistry | ||||
Bioengineering | Overview of Biomaterials 1 | Chemistry | |||
Overview of Biomaterials 2 | Chemistry | ||||
Overview of Biodevices 1 | Chemistry | ||||
Overview of Biodevices 2 | Chemistry | ||||
Basic Bioelectronics | Physics | ||||
Overview of Bioelectronics | Physics | ||||
Graduate School of Science | All | Theory of Science Communication | Physics/ Chemistry |
||
Practice in Science Communication | Physics/ Chemistry |
||||
Physics | Condensed Matter Physics I | Physics | |||
Condensed Matter Physics Ⅱ | Physics | ||||
Chemical Physics I◎ | Physics | ||||
Surface Physics◎ | Physics | ||||
Optical Properties and Spectroscopy of Solids | Physics | * | |||
Computational Physics | Physics | * | |||
Semiconductors | Physics | * | |||
Chemistry | Basic Inorganic/Analytical Chemistry I | Chemistry | |||
Basic Inorganic/Analytical Chemistry II | Chemistry | ||||
Basic Organic Chemistry I | Chemistry | ||||
Basic Organic Chemistry II | Chemistry | ||||
Frontiers in Advanced Technology I | Chemistry | ||||
Frontiers in Advanced Technology II | Chemistry | ||||
Graduate School of Frontier Sciences | Advanced Materials Science | Introduction to Advanced Materials Science I | Physics | ||
Introduction to Advanced Materials Science II | Physics | ||||
Introduction to Advanced Materials Science III | Physics | ||||
Introduction to Advanced Materials Science IV | Chemistry | ||||
Introduction to Advanced Materials Science V | Physics | ||||
Introduction to Advanced Materials Science VI | Chemistry | ||||
Introduction to Advanced Materials Science VII | Chemistry | ||||
New Introduction to Advanced Materials Science Ⅰ | Physics | ||||
New Introduction to Advanced Materials Science Ⅳ | Chemistry | ||||
New Introduction to Advanced Materials Science Ⅵ | Chemistry | ||||
New Introduction to Advanced Materials Science VII | Chemistry | ||||
Physical Chemistry of Soft Condensed Matter Ⅰ | Chemistry | * | |||
Optical Properties of Solids A | Physics | * | |||
Synchrotron Radiation Research | Physics | * | |||
Physics of transition metal oxides | Physics | * | |||
Cluster Function Design | Physics | * | |||
Optical Properties of Solids B | Physics | * | |||
Magnetism I | Physics | * | |||
Physics of Quantum Matter | Physics | * | |||
Introduction to superconductivity and superfluidity | Physics | * | |||
Chemistry and Physics of Organic Functional Materials | Chemistry | * | |||
Introduction to Surface Science | Chemistry | * | |||
Environmental materials engineering | Chemistry | * | |||
Plasma Materials Science | Chemistry | * | |||
Non-equilibrium process | Chemistry | * | |||
Introduction to Biological Physicochemistry | Chemistry | * | |||
Introduction to magnetism and spintronics | Physics | * | |||
Strong Correlation Physics | Physics | * | |||
Nanotechnology in Materials Science | Chemistry | * |
※1: ◎: Lecture for both graduate and undergraduate students
※2: *: Lecture which has a rather specialized area of contents