Marwa Hamzi

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About

Marwa Hamzi is a biomedical engineer whose work focuses on advancing bio-potential measurement systems for critical physiological monitoring. Her most-cited paper, "Implementation of a New Versatile Bio-Potential Measurement System" (2022), introduces a novel, high-precision platform capable of simultaneously capturing electroencephalography (EEG), electrocardiography (ECG), and electromyography (EMG) signals. By leveraging the 24-bit analog front-end ADS1299 with eight input channels, Hamzi’s design achieves exceptional accuracy and versatility, enabling more reliable acquisition of neural, cardiac, and muscular activity. This contribution is particularly impactful for researchers and clinicians seeking integrated, cost-effective solutions for real-time health monitoring and diagnostics. With 3 citations, her work has already drawn attention from peers developing wearable and point-of-care technologies. Hamzi’s innovation addresses a key challenge in biomedical instrumentation: balancing multi-modal signal fidelity with system simplicity. Her research stands at the intersection of hardware design and clinical application, offering a foundation for future studies in neuroprosthetics, cardiac telemetry, and rehabilitation engineering. As a rising voice in her field, Hamzi continues to push the boundaries of accessible, high-performance bio-potential measurement.