The current society has been the era of the information-oriented society more and more. In addition, humankind is being confronted with a lot of serious issues, especially environmental problems. That’s why they have to try to solve them with the data processing and make decisions. In this sense, it is statistics education that is most important area in mathematics education in order for students to acquire literacy on the data processing and decision-making.
Hence, I focused on the development of statistics education. The objective of my research is to transform from calculus-centered mathematics education curriculum into statistics-centered one. The research methods for achieving this are to analyze and develop the curriculum. About the former, I am comparing Japan with New Zealand because Japan has to cope with globalization and internationalization from now such as New Zealand which has already had much experience on them. About the latter, I selected teaching unit (substantial learning environment) as the theoretical framework which shuttles and integrates between scholarly knowledge and craft knowledge (see Wittmann(2001)’s Figure).

I would like to make further efforts to explore more effective and useful lessons, such as the lesson style required for technical education and the discovery of new issues. In addition, as a study of manufacturing education, we will realize the joy of manufacturing, increase the motivation and enthusiasm of students and students for independent learning, and lead to more efforts, creativity, concentration and practice. I would like to explore educational methods that nurture power and have a great educational effect.

In Southwest China and Mainland Southeast Asia, many villages were known as traditional pottery making villages including glazed stoneware.
In this area, Traditional pottery making villages were maintained by ethnic minorities of each region within their traditional lifestyle.
However, in recent years, the stop and the extinction of pottery making are seen maker’s aging and the situation of successor’s absent, urgently needing gather sets of potteries to preserve real material and make records of making process and technical contents throughout this area.

[Archaeological research on early agricultural cultures in Northeast Asia]
Cultivation of rice and millet began in China in prehistoric times, and then spread to the Japanese archipelago via the Korean Peninsula. The immigration of people with agricultural techniques such as paddy fields, fields, and irrigation not only spread farming, but also changed the traditional culture of each region. We focus on the subtle differences in pottery-making techniques and research the process of migration, agricultural spread, and cultural change at the time.
[3D measurement of cultural properties]
We are researching cultural properties such as archaeological materials and museum materials using 3D measurement such as photogrammetry and X-ray CT.
[Museum curator qualification systems in Japan and Korea]
Through a comparison of museum curators and qualification systems in Japan and Korea, We are thinking about their characteristics and social and cultural backgrounds.

It is said that an increase in motivation to learn leads to effective learning in various situations, including the acquisition of a foreign language. Particularly in foreign language learning, the environment and learning experiences are closely related to learning motivation. I aim to clarify what kinds of learning experiences lead to high motivation for learning and to construct a framework for effective classes.
I am also doing research on how to incorporate reflection into teacher training programs and professional development for foreign language teachers. This will enable them to improve their own teaching practices through self-reflection and reflection with others.

I am currently conducting research on the effects of the International Baccalaureate (IB) education that is spreading in Japan.
1. I am conducting research on the effects and challenges of the IB in the context of the increasing number of high schools where students are learning mathematics in English.
2. I am conducting research on the effects and challenges of ICT utilization, which is emphasized in the IB.
3. I am conducting research on how high school teachers will change as a result of the implementation of the IB.
We are interested in how to apply the suggestions obtained from the implementation of the IB to schools in general.

In these days of drastic social change, it is difficult to predict how the future will unfold. Crime is also facing an endless number of unique crimes of lone offenders, as seen in the murder of former Prime Minister Abe, the extended suicide case in Kyoto Animation, and the murders that occur in closed rooms on trains. Such crimes cause anxiety among the public and have a significant impact on safety and security, which is the foundation of society. Given the limitations of the limited human resources of the police, we are researching efficient police activities and new investigation methods utilizing ICT, as well as crime prediction through crime occurrence analysis.
In addition, in order to protect the lives of citizens who are extremely difficult to rescue by self-help and mutual aid in the event of a disaster such as a torrential downpour or a massive earthquake caused by global climate change, we are conducting research on how local governments, self-defense forces, fire departments, and police can act to protect citizens by utilizing ICT technology to gather information on their daily living conditions. We are also conducting research on how local governments, the Self-Defense Forces, fire departments, and police can act to protect the public.

A semiconductor is the key material of the electronics. Most semiconductors are a substance suitable for one-electron approximation. However, in the strongly correlated electron systems,one-electron approximation can not be applied. These substances indicate the interesting characteristics that are not found in normal materials. Based on the study of strongly correlated electron systems, We aim to development of new material and new device with a focus on rare earth hydride semiconductor.

We are conducting research using coordination chemistry techniques to create novel substances with unprecedented functionalities based on metal complexes. A metal complex is a compound in which a metal ion (such as copper or iron) forms strong bonds with surrounding molecules, known as ligands.
In metal complexes, the metal ion and ligands bind together in specific arrangements or shapes, forming a stable structure as a unified compound. Through these interactions, metal complexes can exhibit new functional properties that were not observed in the individual metal ions.
Recently, we have been synthesizing porphyrin derivatives containing metal ions at their centers and using these complexes as catalysts to explore oxidation reactions using only oxygen molecules from the air and light.

In metal complexes, the metal ion and ligands bind together in specific arrangements or shapes, forming a stable structure as a unified compound. Through these interactions, metal complexes can exhibit new functional properties that were not observed in the individual metal ions.

We have developed a novel surface coating material called CAT that could induce cell self-assembling （Japanese patent No. 5746240, No. 6704197）. The single cell aggregate was formed by self-assembly of all cells adhered on CAT coated area. This technology enabled us to obtain 3D cell constructs having desired shapes and sizes automatically by only seeding cells on CAT printed culture dishes, which have great application potential for regenerative medicine, artificial organs and drug discovery as 3D tissue preparation tools.

While using mechanical engineering (fluid dynamics, thermal engineering), applied physics (magneto science), and econometrics, I am conducting research on material informatics that integrates engineering and informatics. Practically, I analyze medical data using the methods of data mining and multivariate analysis. In the field of magneto science, I progress a technology called a “magnetic force booster” and succeeded in realizing a completely containerless protein crystal growth (see the photos). By the use of a magnetic levitation technique, I have also established in measuring the thermal properties of protein crystals.

Recently, we have been synthesizing porphyrin derivatives containing metal ions at their centers and using these complexes as catalysts to explore oxidation reactions using only oxygen molecules from the air and light.

I am studying the various phenomena which happen when accelerating an electric charge particle of monoatomic ion, a molecule ion and a cluster ion and irradiating the solid.
A target in our laboratory is to develop all kinds of computer simulation cords about the interaction between the ion and the solid, and to do an analysis of a phenomenon and a guess in the several fields of the ion engineering.

Sino-Japanese floristic region, including the flora of Japan, has high plant diversity. Primary focus of my research is to understand how plants diversified and evolved in the region. To achieve it, I have conducted researches based on field works, morphological observation, and molecular analyses from the viewpoint of different geographical scale and different evolutionary status. Especially, I focus on endemic plant groups in the region (Aucuba, Helwingia, Pertya, etc.), plant groups diversified in the region (Aristolochia, Arisaema, etc.), and endemic plants in the Ogasawara Islands.

We aim to contribute to the development of the wine industries and education, through our research.
Research and invstigation into wine, Japanese sake, fruits and functional foods. Invesigation of volatile compaounds in wine and its produvtion mechanisms. Especially, advanced analysis and evaluation of wine.Wine has favorable and characteristic flavor. We indentify the characteristic compounds in wine and investigate their production mechanisms.
Wine have multiple health functionalities since it is a fermented material. We investigate the health functionality of wine and fermented foods in vitro.And, we investigate the health functinalities of functinal components fermented foods.

Most of the reserch on grape is about table grapes in Japan. Because wine grapes are not cultivated so much before. However, recently many wine grapes have been cultivated, and high quality wines are produced in several wineries in Japan. Until now engineers in wine makers have studies in the wine developped countries such as France and brought back the wine making techniques to Japan. But, Japanese climate and soil type are quite different from those of foreign countries. Then it is required to the Japanese original techniques in viticulture and enology. It is the most important thing in wine making that wine grapes are cultivated by the suitable conditions in Japan. Our institute of viticulture and enology aims to be a base for technology and information for engineers in wineries of the surrounding ares.

We not only analyze the health status of humans, animals, the environment, and food, but also develop new testing methods to evaluate them.
In recent years, we have been conducting joint research with local governments and companies to develop processing methods to reduce food loss and add value to food ingredients, to evaluate the pharmacokinetics of functional ingredients in foods, and to develop new testing methods for inflammation markers.

In recent years, we have been conducting joint research with local governments and companies to develop processing methods to reduce food loss and add value to food ingredients, to evaluate the pharmacokinetics of functional ingredients in foods, and to develop new testing methods for inflammation markers.

Footprints are important clue for understanding dinosaur social life and their kinematics. I investigate footprints of the Lower to Upper Jurassic of Morocco, and Upper Cretaceous of Mongolia.
In 2013, Okayama University of Science and Mongolian Academy of Science on paleontological research and　education. We execute joint expedition and multidisciplinary study on dinosaur and dinosaur bearing beds in the Gobi Desert.
I also study local fossils of Okayama, and visitor behavior in　paleontological exhibit of the museum.
Phogtograph: Parallel trackways of middle-sized Carnivorous dinosaur in the Gobi Desert. These trackways indicate the gregarious behavior of dinosaur.