| Professor |
ISHIZUKA Kanako |
1 |
Comorbidity of ADHD and autism |
| 2 |
Origins of psychiatric disorders |
| 3 |
Reasonable accommodations in special education |
| Professor |
KATO Shohei |
1 |
Early screening for neurodegenerative disorders using utterance and speech analysis |
| 2 |
Using BMI to develop rehabilitation systems for patients with intractable neurological disorders |
| 3 |
Using gait analysis for early detection and prevention programs for frailty/sarcopenia |
| Professor |
SAKAGUCHI Masamichi |
1 |
Rehabilitation/welfare engineering and assistive technology for life |
| 2 |
Experience/training system and assistive technology for medical treatment |
| Professor |
SANO Akihito |
1 |
Development of non-powered gait assist devices based on passive walking principles |
| 2 |
Development of humanlike walking/running robots and applications for biomedical science and engineering |
| Professor |
SUGITA Shukei |
1 |
Understanding fracture mechanisms and predicting fractures by measuring soft tissue strain/stress |
| 2 |
Understanding biological force-sensing mechanisms |
| 3 |
Developing methods to collect biological information through noninvasive measurement |
| Professor |
SUZUKI Koji |
1 |
Developing roadway spaces to incorporate personal mobility devices |
| 2 |
Simulation analysis on the efficient operation and optimal configuration of emergency vehicles |
| 3 |
Safe, comfortable road traffic systems |
| Professor |
TANAKA Yoshihiro |
1 |
Tactile feedback devices for medical, social services, and rehabilitation applications |
| 2 |
Tactile sensing technologies |
| 3 |
Skill development/transfer via physical integration |
| Professor |
TAMANO Shinji |
1 |
Measurement techniques for complex fluids |
| 2 |
Numerical simulations of complex fluids |
| 3 |
Medical engineering applications of complex fluids and energy-saving technologies |
| Professor |
NAKAMURA Masanori |
1 |
Development of predictive technologies for thrombogenesis |
| 2 |
Development of techniques to evaluate cell membrane damage |
| 3 |
Understanding developmental mechanisms of cerebral aneurysms |
| Professor |
HIRATA Akimasa |
1 |
Biological electromagnetic environments |
| 2 |
Medical applications for electromagnetic fields |
| Professor |
HONTANI Hidekata |
1 |
Deep learning and medical image processing |
| Professor |
MORITA Yoshifumi |
1 |
Rehabilitation assist robots/devices |
| 2 |
Cognitive function evaluation and training |
| 3 |
Low back pain testing and treatment devices |
| Associate Professor |
ANZAI Daisuke |
1 |
Biological communication methods for medical support |
| 2 |
Methods for estimating placement of in-vivo medical devices |
| 3 |
Developing more precise biological information sensing |
| Associate Professor |
UJIHARA Yoshihiro |
1 |
Understanding the mechanical adaptation mechanisms and the disease onset mechanisms resulting from their failure |
| 2 |
Hierarchical understanding of biological structures and functions (molecules, cells, tissues, organs, bodies) |
| 3 |
Temporal understanding of biological structures and functions (birth, development, aging, evolution) |
| Associate Professor |
OTSUKA Takanobu |
1 |
Wireless sensor network systems |
| 2 |
Sensor fusion and multimodal learning |
| 3 |
IoT and biomedical science and engineering collaboration |
| Associate Professor |
KODERA Sachiko |
1 |
Biological safety evaluations of electrical waves |
| 2 |
Modeling physiological response to biological warming |
| 3 |
Electrical wave exposure devices |
| Associate Professor |
WASAKA Toshiaki |
1 |
Understanding the role of sensory information in motor control |
| 2 |
Relationship between biological response and brain activity |
| 3 |
Improving motor function by adding sensory information |
