Throughout the 4th year of research activities over the course of one year, we will compile the fundamentals and specialized
subjects learned over the past three years. In addition to laboratories in the university, laboratories of public institutions
are prepared as necessary for research activities, and they are selected according to their respective needs from various
research contents. In order to fulfill the achievement goal, efforts of at least 4 units a week, 14 weeks at semester are
required, and the required time of Graduation Thesis 2 is set to 150 hours or more. Depending on the research theme, some
research may be conducted overseas.
Through graduation thesis, we aim to work on research that no one is practicing, and to acquire ability to solve problems
by making full use of the academic knowledge acquired by the third year of university.
- Select research theme that each student desires. Collect information on the background and current situation of research, deepen understanding about the significance of theme setting, learn how to perceive events to complete research, and cultivate creativity.
- Plan the method of information gathering and experimental tools and data analysis / arrangement for smoothly carrying out the experiment, and learn the ability to summarize engineering papers and reports and presentation skills.
- To understand simple research technical papers (English, Japanese) on related fields, to master knowledge to communicate such as technical discussion and information exchange.
- Plan an experimental plan, acquire means of experiment, collect data, consider the results, find and gain insight to develop to the next stage..
- We constantly ethical consideration of the role that technology in the research field plays in society, acquire the ability that engineers strongly recognize the responsibility to society and can discuss them in the graduation thesis.
小さなスケールの世界での支配的な現象は，人間が生活するスケールの世界の現象とは異なる．このため，通常の設計思想をそのまま小さなスケールの世界で稼働するシステムの設計に適用しても動かない．スケール効果を考慮しながら，そのスケールに適したシステム設計手法の検討が必要である．小さなスケールで精度よく機械電気システムを製作するのがMEMS（Micro-Electro-Mechanical
Systems：微小電気機械システム）である．微小電気機械システムは，小さく軽いだけでなく，同じ品質のものを安価に製作でき，感度が高く応答性が良い特徴を持つ．アプリケーションのひとつとして，小型ロボットのセンサとして応用することを主な研究テーマとする．
卒業研究２では，研究実施計画に基づき，試作デバイスやシステムの設計・試作を行う．特性評価のための実験セットアップを整えて特性評価を実施する．得られたデータを処理・解析し，証明すべき内容を支持する結果となっているのかを議論する．研究成果をまとめて，学会や論文，知的財産化などの発表を計画・実施する．
卒業研究２では，研究実施計画に基づき，試作デバイスやシステムの設計・試作を行う．特性評価のための実験セットアップを整えて特性評価を実施する．得られたデータを処理・解析し，証明すべき内容を支持する結果となっているのかを議論する．研究成果をまとめて，学会や論文，知的財産化などの発表を計画・実施する．
| Research thesis | Presentation | Research results | Total. | |
|---|---|---|---|---|
| 1. | 10% | 5% | 20% | 35% |
| 2. | 10% | 5% | 20% | 35% |
| 3. | 5% | 5% | 20% | 30% |
| Total. | 25% | 15% | 60% | - |
The evaluation is conducted based on prepared rubric at the prezentation consisting of judges (3 or more) and a supervisor,
and pass score of 60 points or more with 100 full score is accepted.
Although no textbooks and reference books are specified, many laboratories prepare many reference books and literature necessary
for graduation thesis.
The unit of Graduation thesis 1 was acquired.
In addition, it is desirable to have extensive knowledge of graduation research related fields widely.
In addition, it is desirable to have extensive knowledge of graduation research related fields widely.
- Each supervising teacher always responds as an office hour as long as possible.
- Course that cultivates an ability for utilizing knowledge
- Course that cultivates a basic interpersonal skills
- Course that cultivates a basic self-management skills
- Course that cultivates a basic problem-solving skills
Last modified : Wed Oct 17 08:39:34 JST 2018