Welcome to Digital Microfluidics And Devices Laboratory Scientific Laboratory

 The Smart Microsystems research program at AMEL focuses on the development of advanced microscale technologies for biomedical, diagnostic, and healthcare applications. Our work combines microfluidics, microsystems engineering, sensing technologies, embedded electronics, and intelligent system integration to develop compact and functional healthcare platforms.

The laboratory works on digital microfluidics, liquid marble systems, acoustic microfluidics, lab-on-chip technologies, and miniaturized biomedical platforms capable of supporting portable diagnostics, sensing, and biomedical analysis. Our research emphasizes scalable and deployable microsystems for next-generation healthcare technologies.

• Digital microfluidics
• Liquid marble systems
• Acoustic microfluidics
• Lab-on-chip technologies
• Miniaturized biomedical systems
• Smart microscale platforms
• Microsystems integration
• Intelligent droplet manipulation

• Development of liquid marble-based systems
• Acoustic droplet manipulation technologies
• Portable microfluidic diagnostic platforms
• Smart lab-on-chip systems
• Embedded microsystems integration
• Miniaturized sensing technologies
• Automated droplet control systems
• Biomedical microsystems prototyping

• Digital and acoustic microfluidics
• Embedded sensing and control systems
• Microfabrication and rapid prototyping
• Biomedical microsystems engineering
• Fluorescence and optical sensing
• Embedded electronics integration
• Portable sensing platforms
• CAD and 3D printing technologies

• Point-of-care diagnostics
• Portable biomedical systems
• Smart diagnostic platforms
• Microscale healthcare technologies
• Biomedical sensing systems
• Lab-on-chip healthcare applications
• Miniaturized analytical systems