6 Best Biomedical Engineering in Japan for 2024

For the continuing advancement of mankind, we should establish materials cycles and energy flows that harmonize with nature. In this course, students study the design, synthesis, and practical use of environment-conscious materials which require less energy for production and which can safely enter the earth's ecosystem. Aiming at fostering distinguished researchers and engineers to create and manage the next generation's fundamental material technology, this course provides education for the creation of new materials and the methods and technologies required to assess such new materials' characteristics.

The Department of Clinical Engineering of our university was established in April 2012. In this department, we will thoroughly study the anatomy and physiology that are the basis of medicine to understand the structure and function of the normal human body. Based on this knowledge of basic medicine, we will understand clinical medicine to learn the origins and treatment methods of various diseases. At the same time, we will learn engineering knowledge and technology and acquire specialized knowledge about medical devices. Various medical equipment used in the hospital is prepared in the training room, and you can touch the medical equipment regardless of grade, and you can always pick it up and operate it. By getting used to medical devices from an early stage, you will be able to know the characteristics of each medical device. Furthermore, taking advantage of the characteristics of university education for four years, you will acquire a wide range of education, improve your qualifications as a member of society and medical professionals, improve your communication skills, and learn how to be involved in team medical care from the standpoint of a clinical engineer. Clinical engineers will play a very important role in future medical care. In addition to acquiring national qualifications, we aim to develop human resources who can lead the medical industry.

With the three areas of biological information measurement system, biological function control system, and system neuroengineering as the pillars of education and research, it is possible to accurately grasp the social situation and social needs of health and longevity, and integrate them with engineering seeds. We aim to train highly specialized engineers and researchers who have an intellectual background and can play an active role flexibly in a diversely changing society. In the area of ​​biometric information measurement systems, we conduct education and research on biometric monitoring systems and biometric information processing for the onset of pre-illness. The biological function control system provides education and research on the recovery of biological functions and assistive technologies. In the field of system neural engineering, we conduct education and research on the recovery of biological functions using neural functions and support systems. In addition, medical equipment and welfare equipment born from this education and research will be used for education and research on ubiquitous environment-related science to collaborate with people who live their daily lives.

The Electronics, Information, and Life Science Engineering Major offers diverse fields of study, including optical, image, and visual information processing, autonomous Mobile robots, electronic properties and devices, computer applications, and voice, natural language processing, molecular biology, biochemistry, cell engineering, and genome technology.

Practical field with research ability by further deepening the specialized knowledge and ability related to clinical engineering and radiological technology acquired in undergraduate education, and acquiring the ability to set research themes and develop research activities by oneself. The purpose is to train human resources who play a central role in supporting the research.

bioengineering is the field in which the organisms find and dexterous functions such as recognition, transmission, movement, and biosynthesis are investigated, and its outcome is employed for practical applications. Bioengineering major has been established to train students as high-leveled established engineers or researchers who are experts in the basics and application of biology-related sciences. Courses offered are planned to provide knowledge in wide areas of both basics and applications.