Syllabus Search Result

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.

The goal of this class is to learn the basic skills of computer music production and to understand the system. In addition to creating sound effects, background music, and tracks, this class will also provide an introduction and basic skills for more advanced classes (i.e., it is not a DTM class).
Students will not only learn how to use the software, but will also understand the basic workflow of production, and experience the conceptual work, handling of various production situations, performance, and instrument production that are essential during production. These are accomplished by workshop format. In the second half of the course, students will be asked to work in groups and evaluate each other's work. In the latter half of the course, students will also experience mutual evaluation and collaboration in groups.

Today in the 21st century, the convenience of automobile transportation to human society is enormous, and there can be no society without automobiles. On the other hand, the effects of traffic accidents and social losses, which have increased with the spread of automobiles, are unacceptable problems. In recent years, the interest in safety and security has been increasing worldwide, and the purpose is to deepen the understanding of the field in the wake of traffic safety. One of the features of this course is to acquire practical knowledge such as factory tours of seat belts and child seats, introduction of advanced research, and introduction of international cases. The theme is not limited to traffic safety, but I would like to introduce the corporate management of Takata Corporation, which has grown from a venture to a global company.

Quantum computers and quantum networks (including quantum satellites!) are all the rage in the news these days. Are you curious how they work, and how they are built? Come try using a quantum computer yourself!
Quantum information processing (QIP) is a fast-growing, interdisciplinary field spanning both classical computer science and quantum physics. QIP is addressing fundamental questions about computability, and the technologies being developed in QIP-related research will have a powerful impact on classical computing as the evolution of IT dictated by Moore's Law brings us to the level of building computers out of individual atoms. Over the coming decades, the principles of QIP will be critical to understanding and developing information technologies. Thus, studying QIP is valuable even for students who are not planning research careers in the field.
Through the Keio Quantum Computing Center, we will be using IBM's best quantum computers. This opportunity is unique to SFC -- very few universities anywhere in the world have access to these machines. Come join us so you can brag to your friends!

Physical and Mental Health for Campus Life is a prerequisite for second year advancement. Freshmen are strongly recommended to enroll during their first semester.
Through lecture and group work, this course aims to provide fundamental knowledge for a healthy and productive campus life and further prepare the student to be a self-managing and self-sufficient leader of society after graduation.
Among the topics to be discussed are lifestyle, basic life support, infection prevention, managing alcohol and drinking habits. For GIGA program students and international students, a special emphasis is placed on Intercultural adjustment issues.

The objective of this course is to give students an introduction to critical legal thinking by studying the nature of “law” and providing an overview of “legal reasoning”. The topics will address many different issues and debates but we will focus particularly on the following questions:

What is the role of law in our society?
How does law justify itself?
How does law relate to ethics and morality?
What happens when opposing rights conflict with each other?
What defines power in a juridical system?
What are the strength and weaknesses of democracy?

This course is designed to assist students to explore various topics underlying international development from both theoretical and methodological perspectives. We particularly focus on the human capital accumulation which is regarded as a driving force of economic development.

This is a project-based course where you will learn more details of Python and some applications using Python.

The purpose of this course is to learn the basics of policy law and how policies are considered and implemented in the field of information and communications policies. Specifically, this course will provide basic knowledge of policy legal issues and case studies on how policies have been considered and implemented for each administrative issues related to broadcasting, telecommunications, radio waves, personal information protection and consumer protection.

Basic Course 2 is for the students who want to learn Chinese as a “Second language” .The textbook and the teaching materials are same as the one used in Intensive courses, but there are more students in Basic Course (30 to 40 students in each class) . Japanese is also allowed in the class.

Basic 2 will study lesson 8- 14.

Skill-Kurs G 5: Der Kurs ist die Fortsetzung des G4-Kurses im letzten Semester. Hier koennen Sie Ihren Wortschatz erweitern und die Grammatik festigen, die sie schon aus der G2, G3 und G4 kennen. Somit ist dieser Kurs auch eine gute Vorbereitung auf die B1-Pruefung (Goethe Zertifikat B1) des Goethe-Instituts. Wir empfehlen dringend, an beiden Kursen (Montag 2. Stunde und Dienstag 4. Stunde) teilzunehmen. An beiden Tagen arbeiten wir mit dem gleichen Lehrbuch (Spektrum Deutsch B1+).

We overview differential and integral calculus learned at high school. Our aim is to generalize these to functions of several variables. For functions with one variable, first we extend the concept of tangent (linear approximation) to the theory of Taylor (polynomial approximation). As an application, we can solve the extreme problem in detail. For functions of several valuables, derivative is called partial derivative. We extend the theory of Taylor and the extreme problem to functions with several variables. Moreover, we consider integral of functions of several variables, which is called multiple integral. By using this we can obtain volume and area of high dimensional objects.