Acoustic electric active platform for cell stimulation and characterization

Stem cell engineering has advanced significantly with 3D biomaterial scaffolds, yet few platforms integrate functional properties such as electrical, optical, and acoustic stimulation. This project explores a revolutionary electroacoustic platform to create a multifunctional bioelectronic platform capable of both monitoring and controlling stem cell growth and differentiation. By integrating microfabricated acoustic devices with biomimetic, electrically active hydrogels, this system will provide a non-destructive, real-time interface for the study of stem cells.

The student will:

• Perform a literature review
• Design a hybrid electroacoustic platform combining microfabricated acoustic devices and functional hydrogels.
• Fabricate the system using state-of-the-art microfabrication techniques.

This project is ideal for students interested in MEMS biosensors and bioelectronics, offering the opportunity to contribute to cutting-edge stem cell research. The student will be co-supervised by Tomás Manzaneque (Electronic Instrumentation) and Achilleas Savva (Bioelectronics).

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Last modified: 2025-02-20