You can narrow the list of research topics to those that suit your particular project.
| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| University |
Assistive Technology for Activities of Daily Living in our new lifestyle |
Atsushi Tsukahara |
Shinshu University |
assistive technology for activity of daily living (ADL), locomotive syndrome, human assistive robots/devices |
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|
| University |
Toward realization of a surface robot with shape shifter function |
Noriyasu Iwamoto |
Shinshu University |
robots, control theory, operation control |
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|
| University |
Equating biology with engineering through animal experimentation |
Toru Moriyama |
Shinshu University |
pill bug, giant isopod, instinctive behavior, adaptive, maladaptive |
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|
| University |
From neurotrauma to neuroregeneration |
Hiromichi Nakadate |
Shinshu University |
brain concussion, neurons, faxonal injury |
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|
| University |
Proposing reliable medical techniques through computational biomechanical simulations |
Michihiko Koseki |
Shinshu University |
medical, simulation, bones, X-ray CT images, surgical operations |
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|
| University |
Creating new bio-hybrid technologies for applications ranging from micro-robots to regenerative medicine |
Yoshitake Akiyama |
Shinshu University |
micro-robots, regenerative medicine, muscles, self-assembly, self-repair functions, magnetic fields |
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|
| University |
Human information networks and noninvasive biosensing |
Masaki Yamaguchi |
Shinshu University |
human, noninvasive, biosensor, salivary, biomimetic technology |
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|
| University |
Exploring the biomimetics of aquatic life and medical engineering using biofluid mechanics |
Shunichi Kobayashi |
Shinshu University |
robots, swimming ability of living creatures, blood flow, atherosclerotic plaque |
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|
| University |
Devising dense and highly‐oriented arrays of semiconductor nanocrystals |
Kentaro Watanabe |
Shinshu University |
semiconductor, semiconductor nanocrystals, nanosheets |
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|
| University |
Let’s create bio‐inspired resilient soft‐bodied robots from textile and fibers! |
Takuya Umedachi |
Shinshu University |
robots, muscle, mechanical softness, soft robotics |
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|
| University |
Scientific Research on Fire and its Application to Firefighter Safety |
Kaoru Wakatsuki |
Shinshu University |
safety, firefighter, fire, firefighters' working environment, heat transfer process, personal protection equipment(PPE), standard fire tests |
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|
| University |
An extraordinary new material: Carbon nanotubes Creating and analyzing high-functionality nano-composite materials |
Toshiaki Natsuki |
Shinshu University |
carbon nanotubes(CNT), analyzing, mechanical properties, elasticity, vibration, buckling, composite materials, lightweight, highly functional |
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|
| University |
Make fibers as thin as possible! Enrich the world with “Nanofibers” |
Ick Soo Kim |
Shinshu University |
nanofiber, filtering, purification, fuel cells, medical, improving efficiency |
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|
| University |
Researching robots based on mechanisms and bringing the skills of humans and living things to robots |
Takashi Kawamura |
Shinshu University |
robots, living things, skills, observing, analyzing, understand |
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|
| University |
Engineering composite material structures that are stronger, lighter, and easier to recycle |
Limin Bao |
Shinshu University |
recycle, composite material, high-relative-strength, multi-function, fiber-reinforced thermoplastics(FRPs), FRTPs, erosion, low-cost, high recovery rate |
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|
| University |
New materials: From nano-composite materials to multi-functional materials: Developing and finding applications for lightweight, high-performance, and energy-saving products |
Qing-Qing Ni |
Shinshu University |
smart materials, nano-composite materials, composite materials, optimal design, health-monitoring, biomimetics |
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|
| University |
Present research on muscle fiber performance |
Yasuhide Yoshitake |
Shinshu University |
muscle fiber, human body movements, the neural control function, Physiologic mechanism |
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|
| University |
Searching for beautiful and comfortable clothes based on the relationships of textiles, clothing patterns, and manufacturing technology |
KyoungOk Kim |
Shinshu University |
comfort, kansei values, physical properties, function, beautiful, comfortable, clothes, designing, materials |
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|
| University |
Visualizing comfort and understanding the underlying science |
Hiroaki Yoshida |
Shinshu University |
comfort, computer simulations, physiological activity, measuring |
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|
| University |
Visualizing flows of people, things, and information by applying network analysis to connections in textile-related industries |
Yoshiyuki Matsumura |
Shinshu University |
textile-related industries, network analysis, information |
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