Innovation Owner
ดร. Wibool Piyawatanametha
Advisor
Details
This research develops a portable, non-invasive device for blood glucose and vital sign monitoring using NIR technology and AI. Designed for ease of use and low cost, it is ideal for community healthcare settings and remote areas, replacing traditional blood-drawing methods.
This research aims to develop a portable prototype device for non-invasive blood glucose and vital sign monitoring, integrating Near-Infrared Spectroscopy (NIR) with biosensor systems and Artificial Intelligence (AI)-based data analysis. The device addresses the limitations of conventional blood-drawing methods that are impractical for elderly patients and those in remote areas.
Key features include:
- User-friendly design
- Low-cost production
- Real-time result display
The device is intended for use in community-based healthcare settings such as local clinics and sub-district health promotion hospitals, with strong potential for future commercial development.
Objective
The project aims to create a non-invasive monitoring device, develop AI models for real-time analysis, design intuitive user interfaces, and establish a foundation for intellectual property and commercial scalability.
- To design and build a non-invasive blood glucose and vital sign monitoring prototype using Near-Infrared Spectroscopy (NIR) technology combined with multiple sensor systems.
- To develop an Artificial Intelligence (AI) model for real-time physiological data analysis, enhancing the accuracy of glucose and pulse measurements.
- To develop a display interface and preliminary recommendation system suitable for practical use in both field contexts and exhibition settings.
- To establish a foundation for intellectual property registration and evaluate pathways for commercial expansion or community-level implementation in the future.
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