Credits required for program completion
Students must earn at least 40 course credits. These must include 2 credits from required courses and at least 20 credits from required elective courses offered in the Humanware Core Subjects and Humanware Internships sections of the curriculum, and at least 12 from the Humanware Basic Subjects section. At least two Humanware Basic Subjects must be taken in Graduate Schools other than that in which the student is enrolled.
Humanware Core Subjects
| Subject name | Credits | Notes | ||
|---|---|---|---|---|
| Required | Required
Elective |
Free
Elective |
||
| Humanware Innovation Creation | ２ | |||
| Humanware Seminar A | ４ | Students must earn 18 credits by taking either “A” or “B” of each subject type | ||
| Humanware Seminar B | ４ | |||
| Humanware Basic Studies A | ６ | |||
| Humanware Basic Studies B | ６ | |||
| Humanware Interdisciplinary Studies A | ４ | |||
| Humanware Interdisciplinary Studies B | ４ | |||
| Humanware Interdisciplinary Project Studies A | ４ | |||
| Humanware Interdisciplinary Project Studies B | ４ | |||
| Humanware PI Interdisciplinary Project Studies A | ４ | Students may take either “A” or “B” of each subject type | ||
| Humanware PI Interdisciplinary Project Studies B | ４ | |||
| Innovation Practice Seminar A | ４ | |||
| Innovation Practice Seminar B | ４ | |||
| Note: | As a rule, “A” subjects should be taken by April enrollees and “B” by October enrollees. |
|---|
Humanware Internships
| Subject name | Credits | Notes | ||
|---|---|---|---|---|
| Required | Required
Elective |
Free
Elective |
||
| Internship (Long Term) A | ４ | Students must earn at least 2 credits by taking either subject type “A” or “B” | ||
| Internship (Long Term) B | ４ | |||
| Internship (Short Term) A | ２ | |||
| Internship (Short Term) B | ２ | |||
| Overseas Internship (Long Term) A | ４ | |||
| Overseas Internship (Long Term) B | ４ | |||
| Overseas Internship (Short Term) A | ２ | |||
| Overseas Internship (Short Term) B | ２ | |||
| Humanware innovation activity | ２ | |||
| Note: | As a rule, “A” subjects should be taken by April enrollees and “B” by October enrollees. |
|---|
Humanware Basic Subjects
| Subject name | Notes |
|---|---|
| Offered in the Program | Students must take at least two subjects offered in other than that in which they are enrolled. |
| Offered in the Graduate School of Engineering Science | |
| Offered in the Graduate School of Information Science and Technology | |
| Offered in the Graduate School of Frontier Biosciences |
[Offered in the Program]
| Subject name | Credits | |
|---|---|---|
| Required | Free
Elective |
|
| Humanware Fundamentals I | ２ | |
| Humanware Fundamentals II | ２ | |
[Offered in the Graduate School of Engineering Science]
| Subject name | Credits | |
|---|---|---|
| Required | Free
Elective |
|
| Systems Optimization and Analysis | ２ | |
| Biomechanics | ２ | |
| Topics on Robotics | ２ | |
| Theory of Optimum Design and Synthesis | ２ | |
| Advanced Experimental Mechanics | ２ | |
| Multivariate Analysis | ２ | |
| Quantum Electronics | ２ | |
| Continuum Mechanics | ２ | |
| Advanced Robot Systems | ２ | |
| Advanced Robot Systems | ２ | |
| Imaging Systems | ２ | |
| Quantum Information Science | ２ | |
| Introduction to Engineering Science | ２ | |
| Topics in Nonlinear Dynamics | ２ | |
| Advanced Fluid Mechanics | ２ | |
| Advanced Fluids Engineering | ２ | |
| Molecular Fluid Dynamics | ２ | |
| Quantum Theory of Solid-State Electron Systems | ２ | |
| Nanoelectronics | ２ | |
| Lightwave and Microwave Engineering | ２ | |
| Advanced Optoelectronics | ２ | |
| Systems and Control Theory | ２ | |
| Intelligent Mathematical Programming System | ２ | |
| Subject name | Credits | |
|---|---|---|
| Required | Free
Elective |
|
| Advanced Theoretical Solid Mechanics | ２ | |
| Advanced Computational Mechanics | ２ | |
| Turbulence Dynamics | ２ | |
| Ultrasonic Techniques | ２ | |
| Stability Analysis of Dynamical Systems | ２ | |
| Advanced Quantum Molecular Science | ２ | |
| Database Systems | ２ | |
| Topics in Mathematical Sciences Ⅰ | ２ | |
| Topics in Mathematical Statistics Ⅱ | ２ | |
| Nonlinear System Theory | ２ | |
| Topics in Mathematical Statistics Ⅰ | ２ | |
| Topics in Mathematical Sciences Ⅱ | ２ | |
| Applied Robotics | ２ | |
| Intelligent Robotics | ２ | |
| Communication Robot | ２ | |
| Statistical Analysis I | ２ | |
| Biosystem Engineering | ２ | |
| Biomedical Engineering | ２ | |
| Statistical Analysis Ⅱ | ２ | |
| Computational Biomechanics | ２ | |
| Scientific Measurements | ２ | |
| Bio-imaging | ２ | |
[Offered in the Graduate School of Information Science and Technology]
| Subject name | Credits | |
|---|---|---|
| Required | Free
Elective |
|
| Informartion Technology and Ethics | ２ | |
| English Presentation Skills | ２ | |
| English Presentation Skills | ２ | |
| Computational Informatics | ２ | |
| Mathematical Programming | ２ | |
| Nonlinear Analysis | ２ | |
| Applied Information Analysis | ２ | |
| Advanced Statistical analysis | ２ | |
| Information Physics I | ２ | |
| Information Physics II | ２ | |
| Intelligence and Learning | ２ | |
| Knowledge Informatics | ２ | |
| Topics on Nonlinear Phenomena | ２ | |
| Parallel Programming | ２ | |
| Theory of Parallel Algorithms | ２ | |
| Theory of Software Development | ２ | |
| Algorithm Design | ２ | |
| Theory of Distributed System Software | ２ | |
| Introduction to Intelligent System | ２ | |
| Theory of Software Design | ２ | |
| Fundamentals of Computer Science | ２ | |
| Image Recognition | ２ | |
| Introduction to VLSI Design | ２ | |
| Computer-Aided System-on-a-Chip Design | ２ | |
| Integrated Systems Engineering | ２ | |
| Image Signal Processing | ２ | |
| Concurrent Systems | ２ | |
| System Interface Design | ２ | |
| Design Methodology of Advanced Information Systems | ２ | |
| Integrated System Architecture and Synthesis | ２ | |
| Dependable Systems | ２ | |
| Introduction to Exercises on Information Engineering for Interactive Creation A |
２ | |
| Embedded System Design | ２ | |
| Information Network Design | ２ | |
| Subject name | Credits | |
|---|---|---|
| Required | Free
Elective |
|
| Multimedia Network | ２ | |
| Information Network Architecture | ２ | |
| Network Software | ２ | |
| Information Sharing Platform | ２ | |
| Mobile Computing | ２ | |
| Mobile Communication Protocols | ２ | |
| Gigabit Network | ２ | |
| High-Speed Network Architecture | ２ | |
| Economics of Information Network | ２ | |
| Information Sharing Network Design | ２ | |
| Advanced Introduction to Information Networking | ２ | |
| Architecture for Multimedia Systems | ２ | |
| Multimedia Agent | ２ | |
| Multimedia Data Engineering | ２ | |
| Database Systems | ２ | |
| Information Security | ２ | |
| Content Security | ２ | |
| Big Data Engineering | ２ | |
| Big Data Analytics | ２ | |
| Robot Vision | ２ | |
| Machine Vision | ２ | |
| Studies on International Integrated Sciences | ２ | |
| Bio-database Engineering | ２ | |
| Molecular Bio-information Analysis | ２ | |
| Metabolic Information Engineering | ２ | |
| Advanced Biosystems | ２ | |
| Human Information Processing | ２ | |
| Bioprocess Engineering | ２ | |
| Bio-network Engineering | ２ | |
| Basic Theory of Bio-networks | ２ | |
| Advanced Evolutional Systems | ２ | |
| Human Information Engineering | ２ | |
| Introduction to Bioinformatic Engineering | ２ | |
| Introduction to Integrated Biological and Information Engineering | ２ | |
[Offered in the Graduate School of Frontier Biosciences]
| Subject name | Credits | |
|---|---|---|
| Required | Free
Elective |
|
| Introduction to Physics I | ２ | |
| Introduction to Physics II | ２ | |
| Introduction to Biology I | １ | |
| Introduction to Biology II | １ | |
| Exercise in Computer Science | １ | |
| Subject name | Credits | |
|---|---|---|
| Required | Free
Elective |
|