Biomedical Devices

The Biomedical Devices research program at AMEL focuses on the development of intelligent and portable healthcare technologies for diagnostic and biomedical applications. Our work combines embedded electronics, sensing systems, biomedical instrumentation, and healthcare technologies to develop practical and deployable medical devices.

We develop integrated biomedical systems capable of supporting point-of-care diagnostics, healthcare monitoring, biosensing, and real-time biomedical analysis. The laboratory emphasizes compact, low-cost, and scalable healthcare technologies suitable for decentralized and resource-limited healthcare environments.

Research focus

• Portable biomedical instrumentation
• Embedded healthcare electronics
• Biomedical sensing systems
• Portable diagnostic devices
• Fluorescence and optical systems
• Biomedical signal acquisition
• Intelligent healthcare instrumentation
• Wireless and connected healthcare devices

Current activities

• Development of portable RT-PCR and LAMP systems
• Fluorescence-based diagnostic instrumentation
• Embedded systems for healthcare applications
• Sensor interfacing and signal acquisition
• Portable healthcare monitoring systems
• Biomedical electronics and firmware development
• Rapid prototyping of healthcare devices

Technologies

• STM32, ESP32, AVR and Raspberry Pi platforms
• Embedded C, Python and MATLAB
• Biomedical sensors and analog electronics
• Fluorescence detection systems
• Wireless and IoT healthcare technologies
• PCB design and rapid prototyping
• CAD and 3D printing technologies

Applications

• Point-of-care diagnostics
• Portable healthcare devices
• Biomedical monitoring systems
• Smart healthcare technologies
• Connected medical devices
• Resource-limited healthcare solutions