Syllabus Search Result

Mental health is one of the most important health issues in 21th century as The WHO proposed that there can be "no health without mental health".


The main mission of Shimazu Labo is to bridge between research and practice with 3HP as key words: Health Promotion, Human Performance, and HaPpiness.

The aim of the Course is to conduct theoretical research and develop and evaluate intervention strategies to improve 3HP, by focusing on stress, coping, work, behavior, prevention, health promotion, happiness, well-being, and wellness.


Students who are interested in empirical studies and evidence-based practice and in pursuing research careers are welcome.

Mental health is one of the most important health issues in 21th century as The WHO proposed that there can be "no health without mental health".


The main mission of Shimazu Labo is to bridge between research and practice with 3HP as key words: Health Promotion, Human Performance, and HaPpiness.

The aim of the Course is to conduct theoretical research and develop and evaluate intervention strategies to improve 3HP, by focusing on stress, coping, work, behavior, prevention, health promotion, happiness, well-being, and wellness.


Students who are interested in empirical studies and evidence-based practice and in pursuing research careers are welcome.

Mental health is one of the most important health issues in 21th century as The WHO proposed that there can be "no health without mental health".


The main mission of Shimazu Labo is to bridge between research and practice with 3HP as key words: Health Promotion, Human Performance, and HaPpiness.

The aim of the Course is to conduct theoretical research and develop and evaluate intervention strategies to improve 3HP, by focusing on stress, coping, work, behavior, prevention, health promotion, happiness, well-being, and wellness.


Students who are interested in empirical studies and evidence-based practice and in pursuing research careers are welcome.

Apply the knowledge of clinical psychology and psychoanalysis to various psychological themes and work on them in a practical and experiential manner.

Apply the knowledge of clinical psychology and psychoanalysis to various psychological themes and work on them in a practical and experiential manner.

The main purpose of this seminar is to study perceptual and cognitive functions relating to the mind and body (How humans sense and process information inside and outside the body). For specific topics, see Subjects and Objectives. We focus on experimental psychology, mathematical psychology, and cognitive science research on the five topics (Space, Socialization, Embodiment, Shitsukan / Kansei, and Individual differences). These studies aim to contribute to the investigation of the mechanism of visual information processing, the mechanism of real-world information recognition, the development of psychological assessment, the evaluation and improvement of physical movement performance, the technical development of virtual reality, etc.

The main purpose of this seminar is to study perceptual and cognitive functions relating to the mind and body (How humans sense and process information inside and outside the body). For specific topics, see Subjects and Objectives. We focus on experimental psychology, mathematical psychology, and cognitive science research on the five topics (Space, Socialization, Embodiment, Shitsukan / Kansei, and Individual differences). These studies aim to contribute to the investigation of the mechanism of visual information processing, the mechanism of real-world information recognition, the development of psychological assessment, the evaluation and improvement of physical movement performance, the technical development of virtual reality, etc.

Mental health is one of the most important health issues in 21th century as The WHO proposed that there can be "no health without mental health".


The main mission of Shimazu Labo is to bridge between research and practice with 3HP as key words: Health Promotion, Human Performance, and HaPpiness.

The aim of the Course is to conduct theoretical research and develop and evaluate intervention strategies to improve 3HP, by focusing on stress, coping, work, behavior, prevention, health promotion, happiness, well-being, and wellness.


Students who are interested in empirical studies and evidence-based practice and in pursuing research careers are welcome.

Apply the knowledge of clinical psychology and psychoanalysis to various psychological themes and work on them in a practical and experiential manner.

Apply the knowledge of clinical psychology and psychoanalysis to various psychological themes and work on them in a practical and experiential manner.

The theme of this research seminar is "mathematics and computer" in a broad sense. In this semester, we will study (A) machine learning and (B) generative art based on mathematical principles.

In this semester, we will run a reading seminar where every student reads, writes and contributes to the discussion. The topics are subject to change, depending on students' background and interests. (A) reference (1,2) about TensorFlow.js + online material, (B) reference (4) about generative design + work production. Individual study is also welcome if you do not have enough background knowledge.

There may be lectures on background materials and relevant topics by the instructor or guest lecturers.

The theme of this research seminar is "mathematics" in a broad sense. Mathematics has a long history of study and is essential in many fields such as physics, engineering, economics and computer science. In fact, the importance of mathematics has been increasing in the modern information society.

In this seminar, we will choose a few topics (depending on students' background and interests) and run reading seminars where every student reads, writes and contributes to the discussion. We greatly appreciate diversity of research topics. The instructor may give a series of lectures in spring.

The topics that we have discussed include: group theory, differential geometry, differential equations, deep learning, mathematical logic, fluid dynamics, graph theory, complex functions, constructive type theory, GAN, financial engineering, quantum mechanics, representation theory.

The theme of this research seminar is "mathematics and computer" in a broad sense. We focus on "visualization" and "machine learning", and study visual expressions based on mathematical principles.

In this semester, we will run a reading seminar where every student reads, writes and contributes to the discussion. The topics depends on students' background and interests, but they will probably be about computer graphics, generative art, and computer simulation from the viewpoint of mathematics. Candidates are References 1, 3, 5, 7, and 9. Books to be read will be determined in the first meeting.

There may be lectures on background materials and relevant topics by guest lecturers.

The theme of this research seminar is "mathematics" in a broad sense. Mathematics has a long history of study and is essential in many fields, not only natural science but also engineering, medicine, finance, and the social sciences. Moreover, the importance of mathematics is increasing in the modern information society.

In this seminar, we will choose a few topics (depending on students' background and interests) and run a reading seminar where every student reads, writes and contributes to the discussion. The instructor's areas of expertise are geometry and algebra (and related mathematical physics), but we will appreciate diversity of the topics.

The topics we discussed include: group/ring/field, differential geometry, manifolds, differential equations, deep learning, mathematical logic, fluid dynamics, graph theory, mathematical puzzle, complex functions, constructive type theory, GAN, financial engineering, quantum mechanics, representation theory.

The theme of this research seminar is "mathematics and computer" in a broad sense. We focus on "visualization" and "machine learning", and study visual expressions based on mathematical principles.

In this semester, we will run a reading seminar where every student reads, writes and contributes to the discussion. The topics depends on students' background and interests, but they will probably be about computer graphics, generative art, and computer simulation from the viewpoint of mathematics. Candidates are References 1, 3, 5 and 6, but things are flexible. Books to be read will be determined in the first meeting. (If you are interested in Ref.6, please read Ref.4 and 5 in the summer break.)

There may be lectures on background materials and relevant topics by guest lecturers.

The theme of this research seminar is "mathematics" in a broad sense. Mathematics has a long history of study and is essential in many fields such as physics, engineering, economics and computer science. In fact, the importance of mathematics has been increasing in the modern information society.

In this seminar, we will choose a few topics (depending on students' background and interests) and run reading seminars where every student reads, writes and contributes to the discussion. The instructor's areas of expertise are geometry, algebra, and mathematical physics, but we greatly appreciate diversity of research topics.

The topics that we have discussed include: group theory, differential geometry, differential equations, deep learning, mathematical logic, fluid dynamics, graph theory, complex functions, constructive type theory, GAN, financial engineering, quantum mechanics, representation theory.

The theme of this research seminar is "mathematics" in a broad sense. Mathematics has a long history of study and is essential in many fields, not only natural science but also engineering, medicine, finance, and the social sciences. Moreover, the importance of mathematics is increasing in the modern information society.

In this seminar, we will choose a few topics (depending on students' background and interests) and run a reading seminar where every student reads, writes and contributes to the discussion. The instructor's areas of expertise are geometry and algebra (and related mathematical physics), but we will appreciate diversity of the topics.

The topics we discussed include: group/ring/field, differential geometry, manifolds, differential equations, deep learning, mathematical logic, fluid dynamics, graph theory, mathematical puzzle, complex functions, constructive type theory, GAN, financial engineering, quantum mechanics, representation theory.

The theme of this research seminar is "mathematics and computer" in a broad sense. In this semester, we focus on "visualization" and study visual expressions based on mathematical principles.

In this semester, we will run a reading seminar where every student reads, writes and contributes to the discussion. The topics depends on students' background and interests, but they will probably be about computer graphics, generative art, and computer simulation from the viewpoint of mathematics.

There may be lectures on background materials and relevant topics by the instructor (or guest lecturers).

Mathematics is essential when designing shapes using computers, such as in 3DCG, architectural design and digital fabrication. However, broader mathematical knowledge, typically acquired in engineering departments, is required to understand the principles involved in these areas. In addition, once the principles are understood, it takes time to progress to the 'making' stage. Consequently, many CAD software and graphics libraries have been refined to be accessible to users who may not have a deep understanding of mathematics, just as one can drive a car without knowing the engineering mechanisms behind it.
However, the functionality provided by such tools is primarily designed for the convenience of a broad user base. To customize them as personal tools, it is necessary to understand their inner workings and modify them independently. Mathematics is incredibly flexible. Mathematical imagination enhances the creativity of shape design and becomes a powerful tool for creating unique works that are exclusively yours. In this seminar, we aim to learn a wide range of mathematics related to shape design and further strive to put them into practice.

Mathematics is connected to various creative fields such as design and crafts. The relevance of mathematics is evident in some fields that are closely related to technology, such as media arts. But even in traditional crafts, which may at first seem unrelated to what is commonly perceived as "scientific," mathematics is often revealed when the underlying structures are unraveled. This seminar focuses on the application of mathematics to the creative process. Specifically, it aims to study instances of creative work that involve the application of mathematics, and seeks to create prototypes based on mathematical methods. Collaborations with companies and artists are also part of the planned agenda.

This is a mathematics study group. It will proceed in a seminar format where participants read mathematical literature, understand it, and explain it to others.

Mathematics is connected to various creative fields such as design and crafts. The relevance of mathematics is evident in some fields that are closely related to technology, such as media arts. But even in traditional crafts, which may at first seem unrelated to what is commonly perceived as "scientific," mathematics is often revealed when the underlying structures are unraveled. This seminar focuses on the application of mathematics to the creative process. Specifically, it aims to study instances of creative work that involve the application of mathematics, and seeks to create prototypes based on mathematical methods. Collaborations with companies and artists are also part of the planned agenda.

Our research activity is aiming at designing new urban elements with 3D/4D Printing technologies. FIrst, we collect various design resouces (mateirals, form, functions) from urban area, and re-assmble them for creating new things. Nowadays, most of cities are facing at new problems such as climate change, recovering bio diversity, aging society, mobility and natural disasters. We try to propose new way of urban future, through designing new elements.

By putting these together, we aim to enrich our public spaces while reducing or not increasing the total amount of materials and the number of things in society. , we will systematize our activities.

You can watch the move for understanding the detailed points. https://vimeo.com/776571171 (2022.12)

Our research activity is aiming at designing new urban elements with 3D/4D Printing technologies. FIrst, we collect various design resouces (mateirals, form, functions) from urban area, and re-assmble them for creating new things. Nowadays, most of cities are facing at new problems such as climate change, recovering bio diversity, aging society, mobility and natural disasters. We try to propose new way of urban future, through designing new elements.

This is a study group that aims to invent and discover new architecture with Erika Nakagawa.
We would thoroughly conduct the practice of considering the model as the most important tool.