G0882000

Graduation Thesis2
You can’t take this class without the credit of Graduation Thesis 1. You will study a specific topic for your sake under
the guidance of a professor at an assigned laboratory of Dept. Electronic Engineering in SIT (taking your wish into consideration).
Based on your knowledge (what you have learned so far), this course deals with the basis of research and development through
discussion on your ways, methods, results of a specific topic by means of your laboratory and Dept. presentations. Total
study time is more than 82.5 hours. Depending on the situation, you may study abroad as part of this class. Depending on
the situation, you may study abroad as part of this class.
Based on your knowledge (what you have learned so far), you are expected to acquire the basis of research and development
through discussion on your ways, methods, results of a specific topic by means of your laboratory and Dept. presentations.
- Be able to succeed in engineering design works along your planning.
- Be able to succeed in Graduation Thesis works along your planning.
- Be able to write your thesis on a specific topic.
- Be able to present your Graduation Thesis2 works along the guidelines.
- Be able to answer questions on your Graduation Thesis2 works and results.
Japanese(English accepted)
Graduation research (chemistry)
●Akiko Hori
Research Subject: Molecular Assemblies for Crystal Engineering
Language: Japanese and English
Research Contents: Development and preparation of new molecular recognition materials and crystals using perfluorinated coordination
compounds. Elucidation of intermolecular interactions using thermal analysis and crystal structure analysis methods.
●中村 朝夫
研究指導名:超分子光化学研究
使用する言語:日本語(英語対応も可)
研究内容:光線力学療法に用いる光増感剤の開発.生体内の化学種を検出するための近赤外発光プローブの開発.臨床研修のための人体組織モデルの開発.光応答性超分子ポリマーの開発.超分子を用いる不斉光化学反応の研究.
●Akihiko Hatano
Research Subject:Research of biomolecular chemistry
Language:Japanese
Research Contents:Study of the quantification of angiogenic factors from cancer cells, Synthesis of the unnatural nucleosides
by using nucleoside metabolic enzyme, Development of specific probes selecting the membrane protein in cell
Relationship between 'Goals and Objectives' and 'Course Outcomes'
|
E (1: 12.5% exactly) |
F (2: 12.5% exactly) |
Total. |
1. |
12% |
|
12% |
2. |
|
13% |
13% |
3. |
|
25% |
25% |
4. |
|
25% |
25% |
5. |
|
25% |
25% |
Total. |
12% |
88% |
- |
Evaluation method and criteria
You are requested to record your work in your work diary. Your work and your presentation on your Graduation Thesis2 works
are requested to be evaluated by your guiding professor and other professors, respectively. You must score at least 60 points
or higher out of 100 to pass from the points of view as follows:
-Evaluation of your works by your guiding professor: You can understand a research background knowledge, and carry out the
basic research work. You can carry on both your engineering design and Graduation Thesis works along your planning, and find
better solutions in future (25%). You can write your thesis on a specific topic (25%).
-Evaluation of your presentation by other professors: You can prepare the presentation stuff along the guidelines (25%).
You can answer questions on your Graduation Thesis2 works and results (25%).
Textbooks and reference materials
Each guiding Professor will assign.
To satisfy the required credits. You must have taken the credit of Graduation Thesis 1.
Office hours and How to contact professors for questions
- Each guiding Professor will assign.
Relation to the environment
Non-environment-related course
Non-regionally-oriented course
Development of social and professional independence
- Non-social and professional independence development course
Most classes are interactive
Last modified : Wed Oct 17 08:48:31 JST 2018