Visualize
We reveal complex and otherwise hidden phenomena through visualization, measurement, and data analysis.
Mechanics and Design Laboratory
Creating Future Experiences through Smart Prototyping
Discover our storyVisualization of nasal spray application
BRAND STATEMENT
We visualize invisible phenomena, understand complex mechanics, and transform scientific discoveries into innovative systems through smart prototyping.
By integrating mechanics, design, and human-centered engineering, we aim to unleash creativity for everyone and create future experiences that contribute to society.
OUR RESEARCH PHILOSOPHY
We reveal invisible phenomena, connect scientific understanding to design, and improve continuously through prototyping and validation.
We reveal complex and otherwise hidden phenomena through visualization, measurement, and data analysis.
We combine physical understanding with a human-centered perspective to conceive systems of meaningful value.
We turn ideas into testable forms through physical and digital prototypes.
We improve research outcomes and societal value through experimentation, feedback, and redesign.
OUR SIGNATURE METHODOLOGY
Smart Prototyping is our signature approach that integrates visualization, mechanics, simulation, design, prototyping, and experimentation to shorten the path from discovery to societal value.



FROM PHENOMENA TO IMPACT
We use advanced visualization and measurement to reveal fast, microscopic, and coupled phenomena that are otherwise difficult to capture.
We investigate interactions among materials, fluids, structures, and interfaces through experiments, theory, numerical analysis, and data science.
We translate scientific insight into design and explore new possibilities through physical and digital prototypes.
Through co-creation in healthcare, industry, education, and society, we develop future experiences that are meaningful to people.
RESEARCH AREAS
Our subjects are diverse, but they share one approach: visualize phenomena, understand them through mechanics, and connect that understanding to design and prototyping.
We study problems in which multiple physical phenomena interact, including cavitation, water hammer, fluid–structure interaction, waves, and ultrasonics.
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We investigate the reliability of materials and structures through fracture, impact, composites, adhesion, and damage assessment.
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We combine mechanics with human-centered design to address medical devices and human experiences.
Research details →
We integrate visualization, simulation, AI, prototyping, and experimentation to accelerate progress from ideas to real-world implementation.
Research details →


OUR COMMUNITY
People from different countries, cultures, disciplines, and perspectives work together on complex challenges. We present our community through its research and practices rather than through portraits of students or faculty.
People are at the heart of our research, but ideas, phenomena, and prototypes are at the heart of our visual identity.
EXPLORE FROM YOUR PERSPECTIVE
Discover how our research connects with society and the future.
Discover → 02Explore our research areas, learning environment, and graduate study information.
Explore → 03Learn about technical consultation, joint research, and co-creation through Smart Prototyping.
Collaborate → 04Explore research themes, collaboration opportunities, and official researcher information.
Connect →CONTACT
For inquiries about research, education, collaboration, or graduate study, please contact us at the email address below.
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Information on this site is limited to the university and campus level. Student information, portraits, room numbers, and other personal details are not published.
Institute of Science Tokyo →