
Muhammad Ahmed Khan, PHD
Health Technology Advisor
Dr. Khan is a postdoc researcher at department of Neurology and Neurological Sciences at the Stanford University. He has completed his B.Sc. degree in “Biomedical Engineering” with distinction (cum laude) from NED University of Engineering and Technology, Pakistan. Later, in 2012, he received an Erasmus Mundus scholarship for a joint M.Sc. program in “Bio-Embedded Systems” from Technische Hochschule Ingolstadt, Germany, and Lucian Blaga University Sibiu, Romania. He obtained his Ph.D. in “Technology for Health”, from the University of Brescia (Biosensors Group), Italy, in collaboration with Fraunhofer Institute IKTS, Dresden, Germany in 2019. Moreover, he has also worked as a Marie Curie fellow at Technical University Denmark (DTU) within the health technology department, where he was involved in developing brain computer interface (BCI) systems for medical applications.
Recently, he won a Novo Nordisk funding for 04 years (approximate 6 Lakhs Euros) to carry out his research at Stanford University. Currently, he is a part of the Neurological Sciences and Electrical Engineering department of Stanford University and developing a BCI-Controlled smart and portable rehabilitation kit for home-based stroke recovery. His main research areas include a brain-computer interface (BCI), bioelectronics, bioinstrumentation, and the development of biomedical devices & healthcare monitoring systems. Moreover, he is also involved in the design, fabrication, and characterization of biosensors along with expertise in stretchable, flexible, and printable electronics.
Recently, he won a Novo Nordisk funding for 04 years (approximate 6 Lakhs Euros) to carry out his research at Stanford University. Currently, he is a part of the Neurological Sciences and Electrical Engineering department of Stanford University and developing a BCI-Controlled smart and portable rehabilitation kit for home-based stroke recovery. His main research areas include a brain-computer interface (BCI), bioelectronics, bioinstrumentation, and the development of biomedical devices & healthcare monitoring systems. Moreover, he is also involved in the design, fabrication, and characterization of biosensors along with expertise in stretchable, flexible, and printable electronics.