Division of Educational Psychology

Course Description

Graduate Programs

This division offers four areas of study: Psychology of Learning and Instructional Psychology, Developmental Psychology, Educational Cognitive Sciences, and Educational Information Sciences. In the first area, we examine how knowledge is gained and used at schools and kindergartens. In Developmental Psychology, we focus on children’s emotional and cognitive development. Educational Cognitive Sciences deals with people’s cognitive activities outside school. In Educational Information Sciences, we explore how to measure and analyze human behavior by using statistics. We aim to foster researchers who share these broad perspectives and specialized techniques.

Undergraduate Programs

Educational psychology focuses on the areas of development, learning, cognition, personality, clinical practice, social behavior, assessment, measurement and disorder. The lectures and seminars are designed to cover these areas.

Other than those mentioned above, we offer “Experiments in Educational Psychology,” which every student is required to take. In this seminar, students learn various methods for conducting research in educational psychology, such as experiments, tests, observation, interviews and data analysis. For this purpose, visits to correctional, welfare and medical facilities are also organized. After
completing these basic studies, students choose their specialized fields according to their interests, and pursue specific research.

In addition to these lectures and seminars, the students receive guidance for their graduation theses during their fourth year. They are free to choose their own themes. In writing theses, students
are encouraged to collect and analyze data through experiments, observations, tests and other techniques, as empirical evidence is emphasized in research on educational psychology. (Titles of recent theses can be found in the following pages.)


Takeshi OKADA

Professor (Educational Cognitive Sciences)

I am interested in the process of how ideas are born and developed. Focusing on the creative activities of artists, I aim to answer such questions as: “How do artists create?” and “How are original ideas born?” To do so, I use a multi-method approach — first, creating a hypothesis on cognitive activities in creative processes based on fieldwork, and then verifying the hypothesis through psychological experiments.

Toshihiko ENDO

Professor (Developmental Psychology)

I am concerned about the factors that influence the attachment relationships formed between children and their caregivers in early life, and investigate how individual differences of the quality of early attachment affect children’s later socio-emotional development. I also study how a variety of emotions emerge and develop in early childhood and what impacts they have on children’s physical and psychological functioning from evolutionary and cultural perspectives.


Professor (Psychology of Learning and Instruction)
Affiliated with the Division of Curriculum Development

I am interested in the processes by which children understand mathematical and (natural and social) scientific concepts, and also in planning lessons that encourage those processes. I use an educational psychology approach to conduct research in collaboration with elementary and high school teachers, by using individual experiments, interviews, written questionnaires, and analysis of remarks made by students during lessons and of worksheets.

Etsuko HARYU

Professor (Developmental Psychology)

A child who seems truly powerless when born will eventually learn how to speak, behave compassionately, and cope with new problems. I hope to find out how this seemingly natural change occurs. I am particularly interested in how children acquire languages and how their view of the world is structured as they acquire languages.

Kensuke OKADA

Associate Professor (Psychological Statistics)

My research interest is in statistical modeling of psychological, educational, and behavioral data for better understanding of human behavior. To this end, my lab members and I are conducting research on application and theory of Bayesian statistics. I believe this is an exciting area of research with deep scientific questions and with a wide variety of potential applications.


Associate Professor (Psychological Statistics)

My goal is to clarify what processes occur in collaborative problem solving. I am particularly interested in the effects of verbalization on problem solving. I also want to know how higher-order cognitive processes such as insight problem solving, idea generation, and implicit learning progress and how to facilitate them.

Satoshi USAMI

Associate Professor

My general interests are developing and applying statistical methods for behavioral science. Methodologically, my current lines of research include (a) latent growth curve modeling for evaluating within-person changes and its individual differences, (b) developing and investigating the unified framework for longitudinal models to examine reciprocal relations between longitudinally observed variables, and (c) within-person variability score-based causal inference for joint effects of time-varying treatments. In addition, I am collaborating with substantive researchers on a number of topics relating to educational, psychological and medical research.