Curriculum Mapping（Division of Advanced Science and Technology）
Master of Science/
Doctor of Philosophy inMaterials Science

Master of Science/
Doctor of Philosophy inInformation Science

Master of Science/
Doctor of Philosophy inKnowledge Science

Seeking
DegreeS601 Advanced Science and Technology Dissertation（Required course）
Advancedcourse

Algorithms 〇〇Advanced 〇〇 Analytics〇〇 Complex Systems〇〇ticsIoT 〇〇

Advanced 〇〇Materials 〇〇〇〇 Codesign

Advanced Biomolecular 〇〇Quantum 〇〇S503 Innovation Theory and Methodology for Total Capability Development (Required course)
Speech Signal 〇〇〇〇 Management of Technology

Intermediatecourse〇〇 Systems

Image Information 〇〇Advanced Topics in Media 〇〇〇〇 Structures〇〇 Biofunctions

Software 〇〇〇〇 Design

S501 Advanced Science and Technology Minor Research Project / S502 Advanced Science and Technology Internship (Required elective course)

S401 Science and Technology Minor Research Project / S402 Science and Technology Internship (Required elective course)
Technicalcourse

Cognitive 〇〇〇〇 Systems〇〇 Theory〇〇 Analysis and Recognition〇〇 Biomaterials

Functional 〇〇〇〇 Processing

Innovation 〇〇Computational Material 〇〇〇〇 Computer Science〇〇 MediaDevice 〇〇S201 Science and Technology Thesis / S202 Science and Technology Project Report / S203 Science and Technology Survey for Doctoral Research Plan (Required elective course)

Basiccourse

Methodology for 〇〇 Media

Mathematical 〇〇Methodology for 〇〇 Sciences

Game 〇〇〇〇 Design

Cryptography 〇〇〇〇 Architectures

Bioorganic 〇〇〇〇 Mechanics
Inorganic Materials 〇〇Computational ○○ Design

S102 Innovation Theory and Methodology for Creativity (Required course)
Introductory
courseGlobal Liberal
Arts course
GlobalCommunication
courseIntroduction to 〇〇 Science
Introduction to 〇〇 Research Methods〇〇 Cognitive Science〇〇 Knowledge Science

Algebra for 〇〇Algorithms 〇〇〇〇 Programming

Fundamental Mathematics for ○○Introduction to ○○〇〇 with Training Course〇〇 Physics

S101 Innovation Theory and Methodology for Social Competencies (Required course)
Writing and Presentation 〇〇〇〇 Issues in Science〇〇 Theory

For Doctoral program students

For Master's program students〇〇 Technical Japanese〇〇 Discussion〇〇 BioscienceSchool of Knowledge Science Curriculum Mapping
Minor Research ProjectInternshipFundamentals ofMechatronics

Programming

Courses from Different Field

Major Research ProjectTechnicalJapan Studies

Language Courses

Social-TechnicalComplex Systems
Advanced Topics inMedia Design

Next‐Generation
Management of Technology

Knowledge Creation Support Media

Hierarchically &Systematicallyorganized courses

CognitiveScience

Management ofInnovation

Introduction toKnowledge Creation

Theory on Creative Processin Design

Advanced Data Analytics

Methodology for Research and Development of Social Innovation

Essence of Systems Methodologies

Network Science

Comparative Study ofKnowledge Institutions

Design Cognition

Theory of Knowledge
Management

Service Management
Anthropology ofKnowledge

Basis of Data Analytics

Complex Systems
Analysis

A wide range ofcourses that suit
your study

Innovation Design

Basic course

Next-Generation
Knowledge Management

Entrepreneurship and Innovation

Media Creation

Technical course

Liberal Arts

Knowledge Management Area

Human Life Design Area

Advanced course
Intermediate course

Ethical Issues in Science

Communication

Methodology forKnowledge Media

Introductory courseMethodology for Systems ScienceMethodology for theSocial Sciences

Introduction toCognitive Science

Introduction toExperimental Philosophy

Introduction to Social
Research Methods

Introduction toinformationbased Management
Basis of Data Analytics

Introduction toManagement

Introduction toKnowledge Science

Introduction to Web Systems
Development

Innovation Theory and Methodology for Total Capability Development

School of Information Science Curriculum Mappinge.g.）

Minor Research ProjectInternship

Quantum
Mechanics

Exercises on Graph
TheoryAdvanced Computer Networks
VLSI Design

Advanced Information Security
Theory and Application
Advanced Topics inCryptography

Information Security
Management

Intermediate course

Theory of DiscreteState Systems

Technical course

TheoreticalComputer Science

Basic course

Automata

Functional Programming

Computation Theory

Distance Learning System

Modeling of Dynamics
System ControlTheory

Image Information Speech Signal
Processing
Science
Pattern Analysis andParallel Processing Recognition

Operating Systems

A wide range ofcourses that suit
your study

Machine learningGame Informatics
Computer Networks

Computer Architecture

Mechatronics

Natural Language Analysis for

Processing

Information Science

Discrete Signal
Processing

Statistical Signal
Processing

Algorithms and Data Structures

Digital Logic and Computer Design

Statistics for Data Analytics

Algebra for Computer Scientist

Fundamentals of Programming

Basics of Computer SystemsFundamentals of Logic and Mathematics

Analytical
Mechanics

Processor DesignLaboratory

Enhanced Operating Systems

System Optimization

Human Perceptual
Systems and its Models

Network Design Laboratory

Software Design Methodology

Formal Languages andModern Neural Computation

InternationalStandardization

IT Project Management

System Software Laboratory

Mathematical Logic

Introductory course

Robotics

Software Development Laboratory forHighly Dependable Embedded Systems

Hardware/Software Codesign

Information Theory

Cryptography

IoT Systems

Coding Theory

ICT Application

Practical Architectures for IoT Systems

Software Process Design for Highly
Dependable Embedded Systems

Theory of Advanced
Algorithms

Liberal Arts

Wireless Network

Smart Embedded SystemDevelopment

Advanced course

Management of Technology
and Intellectual Property Rights

Ethical Issues
in Science

ICT Basic Technology

ICT Basic Theory

Foundation ofSoftware Verification

JapanStudies

Language Courses

Courses from Different Field

Major Research ProjectGradually &Systematicallyorganized courses

TechnicalCommunication

Data Analytics

Fundamental Mathematics for Information Science

Innovation Theory and Methodology for Total Capability Development

School of Materials Science Curriculum Mapping
Fundamentals ofProgramminge.g.） Data Analytics

Minor Research ProjectInternship

Practical English
SeminarMachine Learning

Innovation Design

TechnicalCommunication

Management of Technology
and Intellectual Property Rights

Japan Studies

Language Courses

Courses from Different Field

Ethical Issues
in Science
Liberal Arts

Energy and Environment

Major ResearchProject

Applied Physics

Advanced course

Quantum Phenomena
in Condensed Matter

Intermediate course

Electronic Structures ofSolids and Surfaces

Technical course

Device Physics

Gradually &Systematicallyorganized courses

Advanced
Device Physics

Polymer
Chemistry II

MedicalBiomaterials

Quantum
Mechanics

Statistical
Mechanics

Organic
Chemistry

Introduction to Physics

Bioscience andBiotechnology
Biofunction andOrganization
BiomaterialSensing

Chemistry of Catalystand Catalysis

Functional
BiomoleculesProperties ofOrganic Materials

Introduction to Chemistry

Introduction
to Bioscience

Innovation Theory and Methodology for Total Capability Development

AdvancedBiomaterials

A wide range ofcourses that suit
your study

Polymer
Chemistry I

Instrumental
Analytical Chemistry

Inorganic Materials
Chemistry

Advanced
Biofunctions

Analytical
Mechanics

New Materials Designand Synthesis

Computational
Material Design

Advanced Biomolecular
Science

Functional
Protein Device

Functional
Nanomaterials

Mathematics for Condensed
Matter Science and Technology

Intelligent Robotics

Materials
DesignMolecular and Functionality
Design of Polymers

Solid State Physics and its
Application to Electronics ⅡSolid StatePhysics I

Materials
Morphology

Evaluation of Functionsof Materials

Electronics

Solid State
PhysicsII

Electromagnetic
TheoryIntroductory course

Electronic Properties ofCondensed Matter

Optical Propertiesof Solids

Solid State Physics and its
Application to Electronics I

Basic course

Bioscience and Biotechnology

Materials Chemistry

Bioorganic
Chemistry
Nano Materials
Technology Program

Mechatronics
Biophysics andBiophysical Chemistry