We develop novel techniques to achieve smaller form factors and low power consumption in biomedical implants and ingestible devices. This will aid biosensing, bioimaging, and biotelemetry in otherwise hard-to-reach areas of the body.
We develop novel techniques to achieve smaller form factors and low power consumption in biomedical…
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Our work involves the design and development of next-generation communication and radar systems. For communication systems, we focus on adaptive schemes to facilitate low latency and high data rates. For radar systems, we emphasize enhanced detection and tracking of targets.
Our work involves the design and development of next-generation communication and radar systems…
Read More
We design and develop nanoscale devices for on-body and in-body sensing of physiological information. Our research also includes nanoparticle design for imaging and targeted therapy.
We design and develop nanoscale devices for on-body and in-body sensing of physiological information…
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Multiple openings are currently available at the graduate, postdoctoral, and undergraduate levels. Interested individuals are highly encouraged to apply and contact us.
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We design and develop nanoscale devices for on-body and in-body sensing of physiological information. Our research also includes nanoparticle design for imaging and targeted therapy.
Our work involves the design and development of next-generation communication and radar systems. For communication systems, we focus on adaptive schemes to facilitate low latency and high data rates. For radar systems, we emphasize enhanced detection and tracking of targets.
We develop novel techniques to achieve smaller form factors and low power consumption in biomedical implants and ingestible devices. This will aid biosensing, bioimaging, and biotelemetry in otherwise hard-to-reach areas of the body.
