Graduation Thesis 3

The course will be conducted at a level appropriate to the 3/4 stage of Graduation Thesis. 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. 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.

1. -Be able to understand the integrity with which others' ideas and information can be legitimately cited and your own efforts to address issues at a level appropriate to stage 3/4.
   -Be able to understand the research background and carry out a developmental research flow at the same level above. Be able to systematically solve problems, including unknown problems, using your own abilities.
2. Be able to succeed in Graduation Thesis3 works along your planning.
3. [Presentation] Be able to present your works along the guidelines.
4. [Presentation] Be able to answer questions on your works and results.

Evaluation method:
Your works and your presentation on your works are requested to be evaluated by your advising 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 advising professor: You can understand the integrity with which others' ideas and information can be legitimately cited and your own efforts to address issues. You can understand the research background and carry out one research flow. You can systematically solve problems, including unknown problems, using your own abilities.
(50%).
-Evaluation of your presentation by other professors: You can present your works along the guidelines. (25%). You can answer questions on your works and results (25%).
Criteria:
If you carry out the research flow described in the evaluation method, submitted your submission, and give the presentation described in the evaluation method, you will 60 points out of 100 to pass.

Japanese(English accepted)

Will be announced separately.

You will learn each laboratory’s research in the class ”Advanced Technologies 1”. You are requested to take ”Advanced Technologies 1.

Functional Materials Science Laboratory (YAMAGUCHI, Masaki)
Superstructured Quantum Materials Electronics Laboratory (NAKANO, Masaki)
Semiconductor Electronics Laboratory (ISHIKAWA, Hiroyasu)
Integrated Photonic Device Laboratory (YOKOI, Hideki)
Advanced Integrated Circuits and Systems Laboratory (SASAKI, Masahiro)
Electro-Mechanical Systems Laboratory (KOIKE, Yoshikazu)
Biomedical Electronics Laboratory (KANOH, Shinichiro)
Fluct-Molecular Sensing Laboratory (TOMA, Koji)
Image Processing and Robotics Laboratory (PREMACHANDRA, Chintaka)
Advanced Power Supply System Laboratory (HATA, Katsuhiro)
Image Sensing Laboratory (MAEDA, Yoshihiro)
Soft Electronics Laboratory (FUKDA, Kenta)
Generalized Functions Laboratory (SUWA, Masanori)
Statistical Physics Laboratory (NAKAMURA, Tota)
Health and Sports Engineering Laboratory (HAMANO, Manabu)
Tourism & Language Information Laboratory (MURAKAMI, Kayoko)

Each advising professor will assign.

To satisfy the required credits. You must take this class before taking Graduation Thesis 4.

[For other courses]
You are expected to have taken as many specialized subjects in Advanced Electronic Engineering course as possible before taking this class.

• Each advising professor will assign.