GRADUATE SCHOOL OF ENGINEERING
Mechanics and Electronics Systems Course (Master’s Degree Program)
Topics of master’s degree theses (for 2019)
- A study on touchless interface and rehabilitation gamification in hospital room
- Development of Measuring System for Natural Frequency of Beam under High Temperature
- Development of vital information measurement system for support of pediatric care
- The Research on Ultra-High Gain Waveguide Slot Array Antenna using the Nano-Technology for the Receiving the Electromagnetic Wave from the Sun
- Study on Power Storage using High Tc Superconductor
- The Research of Millimeter Wave Band Propagation Analysis in Various Environment
- Development of the vibrator for vibratory microinjection
- Research on rehabilitation support robot
- Studies of Wireless Network Technologies to Realize Internet of Things
- Development of the motion discrimination system without false estimation by forearm sEMG
- Effect of blade shape and blade-notched shape on rotation performance of vertical-axis wind turbine
- Research of the Millimeter Wave 60 GHz Band Ultra High Speed Large Capacity Wireless Transmission System
- Studies on Spectrum Sharing Technology for 5th Generation Mobile Communication Systems
- Development of hit position estimation system of arrows in archery
- Development of optical three-dimensional vibration measurement and visualization system
- Development of the device for mechanical vibration power generation by leg shaking
- A study on gain control for high frequency in bandwidth expansion using full-wave rectification
Credits and Degrees
|
Master’s Degree Program |
||
|---|---|---|
|
Requirements for completion |
Number of credits to be obtained |
|
|
Elective |
Lecturers |
At least 30 credits in total |
|
Required |
Advanced experiments |
|
|
Advanced seminars |
||
| Research guidance | Creation of a master’s thesis | |
Master (Engineering)
Courses and teachers in the master’s degree program (as of April, 2020)
|
Educational |
Class subjects |
Credits |
Teachers |
|
|---|---|---|---|---|
| Advanced experiments and seminars | ● | Experiments on Mechanical Systems Engineering Ⅰ | 2 | Respective teachers |
| ● | Experiments on Mechanical Systems Engineering Ⅱ | 2 | ||
| ● | Exercises on Mechanical Systems Engineering Ⅰ | 2 | ||
| ● | Exercises on Mechanical Systems Engineering Ⅱ | 2 | ||
| ○ | Exercises on Mechanical Systems Engineering Ⅲ | 2 | ||
| ○ | Exercises on Mechanical Systems Engineering Ⅳ | 2 | ||
| ● | Experiments on Electronic Systems Engineering Ⅰ | 2 | ||
| ● | Experiments on Electronic Systems Engineering Ⅱ | 2 | ||
| ● | Exercises on Electronic Systems Engineering Ⅰ | 2 | ||
| ● | Exercises on Electronic Systems Engineering Ⅱ | 2 | ||
| ○ | Exercises on Electronic Systems Engineering Ⅲ | 2 | ||
| ○ | Exercises on Electronic Systems Engineering Ⅳ | 2 | ||
| Applied mechanics | Dynamics of Machinery | 2 | SUZUKI Yasuyuki | |
| Fracture Mechanics | 2 | YOSHIDA Tsutomu | ||
| Mechanics of Materials | 2 | SHIMURA Jyo | ||
| Engineering Mechanics | 2 | NISHIKAWA Yoshio | ||
| Robot and control system engineering | Robotics | 2 | KAGAWA Yoshihito | |
| Control Engineering | 2 | MOTEGI Manabu | ||
| Energy system engineering | Heat Transfer Mechanisms | 2 | MATSUNAGA Naoki | |
| Fluid Mechanics | 2 | FUJIMOTO Ichiro | ||
| Computational Fluid Dynamics | 2 | HIRANO Takanori | ||
| Thermodynamics | 2 | KIGA Takashi | ||
| Design engineering | Structural Design | 2 | KIHARA Koichiro | |
| Functional Design | 2 | MORI Kiyomi | ||
| Signal processing and circuit systems engineering | Digital Signal Processing and its Applications | 2 | HAYASHI Seiji | |
| Graph Theory of Networks | 2 | OGAWA Takehiko | ||
| Electronic Circuit Design | 2 | MITSUBORI Kunihiko | ||
| Image Processing and its Applications | 2 | WATANABE Osamu | ||
| Data processing | 2 | HO YIHSIN | ||
| Signal processing and circuit systems engineering Applied electronic communications engineering | Signal Transmission Technology | 2 | MAEYAMA Toshiyuki | |
| Electron Devices | 2 | YOSHIMORI Shigeru | ||
| Ultrasonic Engineering | 2 | WATANABE Yuji | ||
| Medical Engineering | 2 | HASEGAWA Jun | ||
| Applied Electronic Engineering | 2 | TSUNEMITSU Yasuhiro | ||
| Common within the course | Selected Topics in Mechanical and Electronics System Engineering Ⅰ | 2 | Multiple teachers | |
| Selected Topics in Mechanical and Electronics System Engineering Ⅱ | 2 | TAKESHI Masakazu | ||
| Internship | 2 | Respective teachers | ||
≪Notes≫
- The class subjects with the ● mark and ○ mark in the table indicate required subjects for the first year and those for the second year, respectively. (Other subjects are elective.)
Information and Design Science Course (Master’s Degree Program)
Topics of master’s degree theses (for 2019)
- Development of Learning Introduction Support Tool for Takaosan-gakuen Located in Hachioji City – Design Support for Students with School Refusal Experience
- Recognition of fingerspelling from arbitrary viewpoints
- Automatic Parameter Optimization in ACO for Data Clustering
Credits and Degrees
|
Master’s Degree Program |
||
|---|---|---|
|
Requirements for completion |
Number of credits to be obtained |
|
|
Elective |
Lecturers |
At least 30 credits in total |
|
Required |
Advanced seminars |
|
| Research guidance | Creation of a master’s thesis | |
Master (Engineering)
Courses and teachers in the master’s degree program (as of April, 2020)
|
Educational |
Class subjects |
Credits |
Teachers |
|
|---|---|---|---|---|
| Advanced seminars | ● | Exercises on Computer Science Ⅰ | 3 | Respective teachers |
| ● | Exercises on Computer Science Ⅱ | 3 | ||
| ○ | Exercises on Computer Science Ⅲ | 3 | ||
| ○ | Exercises on Computer Science Ⅳ | 3 | ||
| ● | Exercises on Design Science Ⅰ | 3 | ||
| ● | Exercises on Design Science Ⅱ | 3 | ||
| ○ | Exercises on Design Science Ⅲ | 3 | ||
| ○ | Exercises on Design Science Ⅳ | 3 | ||
| Information science | Dependable Computing | 2 | MINOHARA Takashi | |
| Advances Algorithm | 2 | NISHITA Seikoh | ||
| Implementation of Programming Languages | 2 | IWASAWA Kyoko | ||
| Operating Systems | 2 | HAYAKAWA Eiichi | ||
| Selected Topics in Computer System Architecture | 2 | HAYAKAWA Eiichi | ||
| Programming Languages | 2 | NISHITA Seikoh | ||
| Advanced Information Security | 2 | SHIMAKAWA Masaya | ||
| Computer science | Computer Aided Engineering | 2 | HATAYAMA Kazumi | |
| Information Technology for Education | 2 | SASAKI Hitoshi | ||
| Agent-based System | 2 | MIZUNO Kazunori | ||
| Image Sensing and Analysis | 2 | MOROZUMI Tatsuru | ||
| Selected Topics in Data Engineering | 2 | TERAOKA Takehiro | ||
| Electromagnetic Compatibility for Digital Systems | 2 | TAKAHASHI Takehiro | ||
| KANSEI information system design | Computed Imaging & KANSEI Information | 2 | OKAZAKI Akira | |
| Product Design | 2 | Alvarez Jaime | ||
| Visual Information Processing | 2 | OSHIMA Naoki | ||
| Communication Design | 2 | KOIDE Shoji | ||
| Cognitive Science | 2 | YAMASHITA Toshiyuki | ||
| Advanced Computer Graphics | 2 | Choi hongseok | ||
|
Exercise on KANSEI Informatic Design |
2 | Respective teachers | ||
| Living environment system design | Environmental Design | 2 | NAGAMI Yutaka | |
| Living Product Design | 2 | ABE Mari | ||
| Living Space Design | 2 | SHIRAISHI Terumi | ||
| Studies on Life and Culture | 2 | KUDO Yoshiaki | ||
| User Experience Design | 2 | MORIOKA Daisuke | ||
| Exercise on Living Environmental System Design | 2 | Respective teachers | ||
| Common within the course | Selected Topics in Computer and Design Science Ⅰ | 2 | Respective teachers | |
| Selected Topics in Computer and Design Science Ⅱ | 2 | |||
| Internship | 2 | |||
| Management of Technology | 2 | KITAHARA Yoshinori | ||
| Advanced Computer Programming | 2 | Multiple teachers | ||
| Arts Informatics | 2 | KIJIMA Akira | ||
| Exercise on Advanced Arts Informatics | 2 | KIJIMA Akira | ||
| Theory of Design History | 2 | KUDO Yoshiaki | ||
| Statistics Theory about Design | 2 | FUKUHARA Takahiro | ||
| Exercise on Statistics Theory about Design | 2 | NAGAMI Yutaka | ||
≪Notes≫
- The class subjects with the ● mark and ○ mark in the table indicate required subjects for the first year and those for the second year, respectively. (Other subjects are elective.)
Mechanics and Electronics Systems Course (Doctoral Degree Program)
Credits and Degrees
|
Doctoral Degree Program |
|---|
|
Doctor (Engineering)
Class subjects and teachers in the doctoral degree program (as of April, 2020)
|
Educational |
Class subjects |
Credits |
Teachers |
|
|---|---|---|---|---|
| advanced studies in doctoral thesis area | Study on Mechanical Systems Engineering | – | Respective teachers | |
| Study on Design Science | – | Respective teachers | ||
| Realm of Mechanical Systems Engineering | Applied Mechanics for Doctoral Students | 2 | KAGAWA Yoshihito | |
| SUZUKI Yasuyuki | ||||
| YOSHIDA Tsutomu | ||||
| KIHARA Koichiro | ||||
| Energy Conversion System for Doctoral Students | 2 | FUJIMOTO Ichiro | ||
| MATSUNAGA Naoki | ||||
| Realm of Electronic Systems | Signal Processing and Circuit Systems for Doctoral Students | 2 | OGAWA Takehiko | |
| HAYASHI Seiji | ||||
| MITSUBORI Kunihiko | ||||
| Applied Electronics and Telecommunications for Doctoral Students | 2 | HASEGAWA Jun | ||
| YOSHIMORI Shigeru | ||||
| WATANABE Yuji | ||||
| Common to each field | Advanced Lectures on Mechanical and Electronic Systems Engineering | 2 | Multiple teachers | |
| Advanced Lectures on Computer and Design Science | 2 | Multiple teachers | ||
Information and Design Science Course (Doctoral Degree Program)
Credits and Degrees
|
Doctoral Degree Program |
|---|
|
Doctor (Engineering)
Class subjects and teachers in the doctoral degree program (as of April, 2020)
|
Educational |
Class subjects |
Credits |
Teachers |
|
|---|---|---|---|---|
| advanced studies in doctoral thesis area | Study on Computer Science | – | Respective teachers | |
| Study on Design Science | – | Respective teachers | ||
| Realm of Computer Science | Information Science for Doctoral Students | 2 | IWASAWA Kyoko | |
| HAYAKAWA Eichi | ||||
| MINOHARA Takashi | ||||
| NISHITA Seikoh | ||||
| Computer Science for Doctoral Students | 2 | SASAKI Hitoshi | ||
| TAKAHASHI Takehiro | ||||
| MOROZUMI Tatsuru | ||||
| Realm of Design Science | KANSEI Informatics System Design for Doctoral Students | 2 | OKAZAKI Akira | |
| OSHIMA Naoki | ||||
| Living Environmental System Design for Doctoral Students | 2 | ABE Mari | ||
| SHIRAISHI Terumi | ||||
| Common to each field | Advanced Lectures on Mechanical and Electronic Systems Engineering | 2 | Multiple teachers | |
| Advanced Lectures on Computer and Design Science | 2 | Multiple teachers | ||
