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生物多様性とは、地球上に存在する生命の多様性を示す概念である。人間活動による影響は生態系の劣化に止まらず、種の絶滅や種内の遺伝的多様性の損失など様々なレベルに及び、世界の生物多様性はこれまでにないスピードで失われつつある。しかし、生物多様性の損失は私たちにとってどのような意味があるのだろうか？本授業では、植物や動物などの生物相に関する研究への理解を深め、土地管理が生物多様性に与える影響、生物多様性と生態系サービスとの関係など、事例研究を幅広く取り上げる。さらに、こうした研究成果が実社会の政策立案にどのように反映されているのかを議論していく。

This seminar will be centered on the Cyber Workshop, a volunteer activity in which students teach elementary, junior high and high school students how to use the Internet safely. Depending on the interest of the students, we will also engage in volunteer activities for crime prevention education to protect the minds and bodies of children. Students are strongly encouraged to participate in the workshops as well as the regular seminars.

In this course, you will learn the basic knowledge of the system and law related police and criminal investigation, and other related topics regarding public safety in Japan.

This Kenkyukai is conducting research activities with the goal of building data-driven smart cities and regions. Data Driven means to make decisions and take actions based on data. In today's data-driven society, more quantitative and rational ways of thinking are required instead of the conventional qualitative decision-making. In light of this social trend, we are researching how to discover, solve, and implement problems using analytical methods that utilize data.
Concretely speaking, we use geographic information systems (GIS) to analyze and map geographic data to discover problems in cities and regions, such as the environment, disaster prevention, transportation, tourism, welfare, and agriculture, to understand the causes of problems and their relationship to the people living there, to propose solutions for an ultra-smart society, and to provide policy support. We also propose solutions for an ultra-smart society and provide policy support. We are a research group that can discover problems, devise solutions, and implement them, which is a characteristic of SFC.

We will reflect on multiple definitions in the field of literature, fine arts and linguistics

Korean is one of the easiest language for Japanese speakers to learn(and vice versa). There are many reasons: (1) same word order, (2) grammatical similarity, (3) a number of kanji words shared in Japanese and Korean, (4) cultural similarity. It takes relatively short time from zero to fluency.

Multicellular organisms like us have very complex and elaborate morphologies. We can use it to do a variety of things, and interestingly, people can seriously consider the question of what they are. However, even such a complex organism is just a single sphere called an egg at the beginning of its life. The ultimate simple form automatically changes over time into the complex form described above. If you were to use clay to create an image of a "thinking person," many would first determine the proportion of clay to be allocated to the head, torso, and feet.
In fact, the design style (body plan) used by living organisms to create the body does exactly the same way. By repeating simple rules, complex things can be created. In this class, you will learn the body plan that creatures actually use.

The twenty-first century is still the century competing globally for energy. One of our main missions would be to recreate much more clean and efficient new energy systems to sustain the future society, which could also show us a possible scenario for leading modern energy revolution on the earth.
We are now witnessing the emergence of high-performance battery in our society, whose paradigm shift of electricity reservation could bridge and make information and energy united together to finally establish highly-integrated information-energy networks. We could not imagine yet how far this dizzy paradigm shift could bring us, meanwhile, it would certainly impact our society irreversibly to create utterly new artifacts far beyond our current imagination to form pieces of “the future battery society” to come.
We sincerely wish we could envisage this new concepts and a taste of the future through this unique series of lectures.

One of big problems of studying biology is caused by too various species found on the earth and too complicated structures of each creature, meaning that it is difficult to find what is important point in this academic field. I believe that comparison of real world and life science events can be good tip to solve this problem on studying biology. In this class, gathering various knowledge and experience of mine, 14 biological topics will be performed. I do not care whether you studied biology in high school or not.

Creating a web application requires not only the skills to program the application itself, but also a broad knowledge of databases and the web system. In this seminar, students will be divided into groups to actually create web applications, with the aim of acquiring a variety of skills.

Deep learning has been making remarkable progress, but there are many other methods of machine learning besides deep learning. In this workshop, we aim to acquire a broad knowledge of machine learning by combining theoretical fundamentals and actual programming.

Use the software to solve various problems. There are many problems that need to be solved at the university and/or in the community around us. Let's solve such a problem by making software.
In this seminar, we will divide into groups and actually create software, and aim to acquire various techniques through making the software.

Deep learning has been making remarkable progress, but there are many other methods of machine learning besides deep learning. In this workshop, we aim to acquire a broad knowledge of machine learning by combining theoretical fundamentals and actual programming.

The research group aims to clarify the scientific basis of food and supplements, and to achieve health from the perspective of medical food and the same source. Students will learn through reading in circles, group work, and basic experiments in order to improve their basic knowledge of metabolism, nutrition, and health. Eventually, we would like to expand our activities to social activities in collaboration with various other research group projects working on IT, policy, city planning, etc. Research is not all pleasure, but it also requires persistent mental strength. We welcome those who can find delight in actually working with their hands and creating new concepts, not just knowledge.

This research group aims to develop the results of another research group that focuses on basic research (“Research Group2”, please take a look at it) into social applications. In this research group, we will cooperate with various corporations, local governments, civic organizations, and other research group projects in the field of English education, IT, policy, and community development to achieve a society where people can live happily.

The Algorithmic Design Lab. (ADL), as its name suggests, is a research group that conducts research and practice on the architectural design process called "algorithmic design.



At ADL, we are exploring the computability of architecture by writing down every design process related to architecture into computer algorithms. By doing so thoroughly, we will reveal what only humans can do and what designers should do, in other words, the (in)computability of architecture.



For more specific information about the activities, please see the following two lecture videos.

Algorithmic Design --- Growing architecture like plants ---(00:12:16)

Framework for Algorithmic Design(01:29:47)



If you are at all interested in ADL after watching these videos, please come to our lab.

Even if you are a beginner in architectural design or have no experience in programming, you are welcome. If you are interested but worried, please talk to the current ADL members first. We welcome motivated students who are willing to explore the (in)computability of architecture with us.