Visualization & Measurement
Phenomenon identification through high-speed imaging, flow visualization, image analysis, and material and structural testing.
FOR COMPANIES
From complex challenges
to meaningful impact.
We support technical challenges through an integrated process—from visualization and analysis to design, prototyping, and validation.
CAPABILITIES
From difficult phenomena
to testable solutions.
We integrate visualization, mechanics, simulation, prototyping, and experimentation to address difficult-to-diagnose technical problems and explore new products and services.
Mechanics & Multiphysics
Understanding coupled phenomena involving fluid–structure interaction, impact, fracture, materials, interfaces, and waves.
Simulation & Data
Evaluation, prediction, and design support using FEM, numerical analysis, data analysis, and AI.
Engineering Design
Requirement framing, concept design, human-centered design, and development of value hypotheses.
Rapid Prototyping
Early validation through CAD, 3D printing, experimental setups, and test specimens.
Education & Workshops
Education and training in design thinking, prototyping, and interdisciplinary co-creation.
COLLABORATION
Choose the collaboration
model that fits the problem.
Depending on the maturity and objectives of the challenge, we consider options ranging from initial technical consultation to academic guidance, joint research, and educational or co-creation projects.
Technical Consultation
Initial consultation on framing phenomena, selecting evaluation methods, and setting R&D directions.
Academic Guidance
Specialist guidance for research and development conducted within a company.
Joint Research
Joint research based on a shared question, with coordinated experiments, analysis, and design.
Co-creation Projects
Co-creation in which users, engineers, designers, and researchers explore new value together.
Workshops & Education
Training in Smart Prototyping, design thinking, and prototyping.
Long-term Partnership
Long-term collaboration involving multiple themes, personnel exchange, and education.
HOW WE WORK
Start small.
Learn quickly. Build evidence.
Rather than fixing a large-scale plan at the outset, we frame the problem, create testable questions, and deepen the research step by step.
- 01Frame the Challenge
Clarify the technical challenge, constraints, expected outcomes, and boundaries of disclosure.
- 02Define the Evidence
Define the evidence needed for decision-making and the required measurements, analysis, and prototypes.
- 03Prototype the Study
Assess feasibility and value through small-scale preliminary experiments or analyses.
- 04Develop and Iterate
Improve the research plan and design concepts iteratively based on the evidence obtained.
- 05Create Impact
Translate technical knowledge into design, products, evaluation methods, and human resource development.
POTENTIAL FIELDS
Applications across industries.
Energy
Fluid machinery, piping, cavitation, and ultrasonics.
Mobility
Impact, structures, composites, and aerodynamic drag.
Healthcare
Medical devices, drug spraying, and tissue-mimicking materials.
Manufacturing
Additive manufacturing, material evaluation, and process design.
Education
Co-creation, design, and prototyping.
CONTACT
Let’s clarify the problem
before choosing the solution.
The feasibility and form of collaboration are considered individually in accordance with university procedures and the research scope. Please do not include confidential information in your initial inquiry.