We are investigating and creating novel materials, so-called “biomaterials”, that change their properties by recognizing various physicochemical changes within our body, with the aim of preventing, diagnosing, and treating diseases. Let’s study engineering that supports medical care together.
We listen to the voices of cells and conduct research that leads to the discovery of unknown biological phenomena and explore future medical technologies. We are constantly pioneering new methods and ideas that are not bound by conventional concepts.
Nanomedicine is the fruit of many fields of collaboration. Get and use your ideas, go out into the world, and enjoy the opportunity to meet and collaborate with people who have different fields of expertise and different cultures.
We aim to understand the movement of substances in the body, and in the future, to predict the progression of diseases and investigate new diagnostic methods through the research using both experiments and computer simulations.
By applying light on humans and animals, we are cultivating science and technology that will lead to medical prevention, diagnosis, and treatment in the future. We treasure the idea of “unexpected cuts”.
We aim to establish scientific care by measuring and predicting each person’s physical and cognitive functions, and by developing technologies to predictively and proactively support quality of life and well-being. We will share my experience of 10 years in engineering, 10 years in informatics, and 10 years in medicine, connecting different fields.
We are researching and proposing various expression methods and methods of communication in order to convey complicated and difficult things in an easy-to-understand and simple manner. I like to re-observe and consider from a different perspective and perspective.
We target to be engineers who can identify needs from the viewpoint of consumers and comprehensively design the robot functions, by combining various technologies such as sensors (electrical and electronic), actuators (mechanical), and artificial intelligence (information). Won't you join to us?
Be a knowledge producer, not a consumer- An observation with curiosity of daily life is the first step in Biomechanics, which is the study of the mechanics of the human movement. Unlock your imagination, and let’s create social values with science!
We deal with various aspects of interaction that brings robots or machines working with humans. We pose questions on what looks “obvious” and solve problems hidden in our proximity. We also focus on educating engineers active in global perspectives through international exchanges.
In order to design a robot that can be familiar to people, we believe that it is meaningful to coordinate the appearance (exterior) of the robot with the mechanism that moves it and the way it moves, and we are investigating and researching methods for designing and manufacturing robots that take both of these interactions into account.