The Advanced Microsystems and Smart Engineering Laboratory (AMEL) focuses on the development of intelligent healthcare technologies integrating biomedical instrumentation, embedded electronics, sensing systems, microfluidics, wearable technologies, and smart diagnostic platforms for decentralized healthcare applications.
AMEL is an interdisciplinary research and innovation laboratory dedicated to bridging engineering, healthcare, and translational technology development through system-level design and practical healthcare solutions. The laboratory works at the intersection of microsystems engineering, biomedical sensing, embedded systems, intelligent diagnostics, and connected healthcare technologies.
Our research activities include the development of portable biomedical instrumentation, wearable healthcare systems, embedded sensing platforms, fluorescence and imaging-based diagnostics, microfluidic systems, AI-assisted healthcare technologies, and deployable diagnostic devices for point-of-care and resource-limited healthcare environments.
The laboratory emphasizes hardware-software co-design approaches integrating sensing technologies, embedded intelligence, signal acquisition, wireless communication, data analytics, and healthcare system integration to create scalable and user-oriented healthcare solutions.
AMEL actively promotes translational engineering and interdisciplinary collaboration with academic institutions, healthcare researchers, industry partners, and innovation ecosystems to develop practical technologies with real-world healthcare impact.
Our long-term vision is to contribute toward next-generation intelligent healthcare systems that are portable, connected, accessible, and capable of supporting decentralized diagnostics, wearable healthcare, remote monitoring, and smart medical technologies for future healthcare ecosystems.
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