Learning characteristics and curriculum

Learning characteristics and curriculum

Characteristics of learning

From the second year, students split into either the "Physical Sciences Course," which explores the cutting edge of modern physics, or the "Mathematical Sciences Course," which covers everything from pure mathematics to applied mathematics, and engage in study and research in their specialized fields.

First year Second Year Third Year Fourth Year
Choose from two courses
Physical Sciences Course
Mathematical Sciences Course
Mathematics and General Subjects
Required Courses
Specialized experiments, training, and exercises
Required Courses
Elective Required Courses (Physical Sciences Course)
Seminars and graduation research
Required Courses
First subject group
Required Courses (Physical Sciences Course)
Required Courses
(Mathematical Science Course)
Required Electives
Second subject group
Required Electives
Elective Courses
choice
Choose from two courses based on your interests and goals
  • Physical Sciences Course

    Students will study quantum mechanics, statistical mechanics, theory of relativity, and other subjects in depth, and explore the cutting edge of modern physical sciences (solid state physics, astrophysics, astrophysics, biophysics, etc.).

  • Mathematical Sciences Course

    You will study a wide range of mathematical sciences, from pure mathematics to applied mathematics, and get close to the cutting edge of modern mathematical developments.

curriculum

Physical Sciences Course
Mathematics and General Subjects
First year Second Year Third Year Fourth Year
Required Courses Mechanics I & II
Fundamental Mathematical
Analysis IA & IB
Linear Algebra IA & IB
Specialized experiments, training, and exercises
First year Second Year Third Year Fourth Year
Required Courses Basic Experiments in Physics I and II
Basic Experiments in Chemistry
Basic Experiments in Electric
Practical Work of Monozukuri
Introduction to Computer Programming
Computer Programming Exercise
Methods and Measurements of Physics I and II
Practicum in Science and Engineering Seminar I & II
Computer Applications Exercise
Physics Experiments I and II
Practical Science and Engineering Seminars III & IV
Required Electives Physics Seminar II & IV
Physics and Mathematics Seminar I & II
Physics Seminar III
Computer Basics Training
Seminars and graduation research
First year Second Year Third Year Fourth Year
Required Courses Physics Seminar I & II
Graduation Research I & II
Advanced Practical Research in Science and Engineering I & II
First subject group
First year Second Year Third Year Fourth Year
Required Courses Electromagnetism
Quantum Mechanics I
Statistical Mechanics I
Required Electives Waves
Analytical Mechanics
Thermal Physics
Physics and Mathematics I
Introduction to Electromagnetic Optics
Physics and Mathematics II
Quantum Mechanics II & III
Theory of Relativity
Solid State Physics
Physics Experiments
Numerical Analysis
Statistical Mechanics II
Second subject group
First year Second Year Third Year Fourth Year
Required Electives Mathematics Seminar A & B
Physics Seminar I
Differential Equations I Exercises
Analysis II and III Seminars
Applied Elementary Algebra Exercises
Linear Algebra II Exercises
Electromagnetism
Analytical Mechanics
Waves
Algebra I
Geometry I
Physics and Mathematics II
Sets and Topology Exercises
Algebra I Seminar
Geometry I Seminar
Physics and Mathematics Seminar II
Quantum Mechanics I
Thermal Physics
Practical Science and Engineering Seminar I & II
Computer Basics Training
Analysis IV Seminar
Complex Analysis ⅠPractice
Algebra II
Complex Analysis II
Geometry III
Finance Mathematics
Differential Equations III
Algebra II Seminar
Geometry III Seminar
Geometry IV
Analysis V
Algebra III
Elective Courses
First year Second Year Third Year Fourth Year
choice Chemistry I & II Chemistry III Physics and Mathematics Seminar(E)
Practical Research in Science and Engineering I & II, etc.
Philosophy of science
日本語
English
한국어
简体中文
ภาษาไทย
Translated by AI