2018 Advanced Exercises and Experiments in Computing Science I

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Academic unit or major
Mathematical and Computing Sciences
Kashima Ryo  Shudo Kazuyuki  Tanaka Keisuke  Matsuoka Satoshi  Matsuoka Satoshi  Wakita Ken  Watanabe Osamu  Endo Toshio  Masuhara Hidehiko 
Course component(s)
Exercise /Experiment
Mode of instruction
Day/Period(Room No.)
Seminar ()  
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Academic year
Offered quarter
Syllabus updated
Lecture notes updated
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Course description and aims

The student conducts research on a theme determined through discussions with his/her academic supervisor. The student gets a deep understanding of his/her research theme by reading related literature, and associated problems are defined and solved through research activities and discussions. While carrying out research, the student learns how to solve problems by applying specialist knowledge in his/her field as well as fundamental knowledge of other related fields that have been acquired through enrolling in various courses. He/she also learns research techniques such as collecting, analyzing, and studying data, and cultivates his/her ability to look at things from many perspectives. In addition, the student writes a thesis and makes a presentation detailing his/her research findings.This course forms a central part of Tokyo Tech’s laboratory-based education where individual students work on a specific research theme. It has a complementary relationship with coursework based on a structured curriculum.By carrying out research, it is expected that the student will increase knowledge in his/her field and that he/she will acquire comprehensive skills to identify and develop solutions that will solve new and unsolved problems.

Student learning outcomes

By the end of this course, the student will be able to:
1. Apply knowledge of electrical and electronic engineering to solve problems related to the field
2. Study the fundamentals of fields other than electrical and electronic engineering independently to solve problems
3. Understand the significance of electrical and electronic engineering problems, judge their influence on society, and solve them
4. Explain concepts logically, discuss them, and put them in writing
5. Work as an independent researcher and have the knowledge and oral competence to present his/her point of vieweffectively during discussions


presentation, research theme, problem-solving, literature search, ability to explain concepts logically

Competencies that will be developed

Specialist skills Intercultural skills Communication skills Critical thinking skills Practical and/or problem-solving skills

Class flow

Conduct laboratory work under the guidance of your academic supervisor. The course schedule is determined through discussions with your academic supervisor.

Course schedule/Required learning

  Course schedule Required learning
Class 1 ・ Guidance from your academic supervisor ・ Discussions on the direction of your research ・ Decide your research theme ・ Carry out research ・ Literature search ・ Interim report ・ Interpret results and draw conclusions ・ Write thesis ・ Prepare presentation materials and get instructions for presentation from your adviser ・ Technical presentation Follow instructions from your academic supervisor.
Class 2 (ibid.) (ibid.)
Class 3 (ibid.) (ibid.)
Class 4 (ibid.) (ibid.)
Class 5 (ibid.) (ibid.)
Class 6 (ibid.) (ibid.)
Class 7 (ibid.) (ibid.)
Class 8 (ibid.) (ibid.)
Class 9 (ibid.) (ibid.)
Class 10 (ibid.) (ibid.)
Class 11 (ibid.) (ibid.)
Class 12 (ibid.) (ibid.)
Class 13 (ibid.) (ibid.)
Class 14 (ibid.) (ibid.)
Class 15 (ibid.) (ibid.)


Not specified

Reference books, course materials, etc.

Not specified

Assessment criteria and methods

The specific assessment criteria and methods, which are in accordance with student learning outcomes 1 to 5 above,will be announced after they are determined.

Related courses

  • Not specified

Prerequisites (i.e., required knowledge, skills, courses, etc.)

Not specified

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