Developing electrical measurement techniques to characterize biological tissues and monitor physiological changes.
Using electrical impedance and imaging methods to study muscle and nerve health.
Designing algorithms to analyze physiological signals such as ECG and impedance measurements.
Creating wearable and IoT technologies for continuous physiological monitoring.
Evaluating how wearable technologies interact with pacemakers and other implantable cardiac devices.
Developing methods to image electrical and mechanical properties of tissues.
modeling the scientific underpinnings in health and disease.
Designing biomedical sensing systems and digital health technologies.
Evaluation of our technologies both in clinic and at home.
Translating research into tools that improve healthcare and patient monitoring.
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