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Kaushik
Sengupta

Professor of Electrical and Computer Engineering

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609-258-5250
Research interests: Integrated circuits and chip-scale systems operating across RF-THz-optical frequencies for next generation ultrafast wireless communication, sensing, imaging and low-cost smart biomedical devices for point-of-care applications.

Related News

Dean Andrea Goldsmith at the podium with a Princeton logo on the slide in the background.
Andrea Goldsmith, dean of Princeton Engineering, opened the second annual Princeton NextG Symposium. Leaders from across the networking and semiconductor industries convened to discuss the future of the field. Photos by David Dooley/Fotobuddy

At NextG symposium, tech leaders stress collaboration between industry, academia and government

event organizers talk in dynamic business conversation with projector screen in background
Princeton’s NextG corporate affiliates program aims to foster deep collaborations with industry leaders and policymakers in creating the intelligent networks of the future across wireless, backbone networking and cloud systems. Planning for the new program began at the inaugural Princeton NextG Symposium last March. Kaushik Sengupta, right, and Yasaman Ghasempour, center, are both co-directors of the initiative. Photos by Sameer A. Khan/Fotobuddy

Princeton researchers, industry leaders drive new era of innovation in wireless and networking technologies

event organizers talk in dynamic business conversation with projector screen in background
NextG Symposium organizers Kaushik Sengupta, right, and Yasaman Ghasempour, center, talk with keynote speaker Victor Bahl, an executive at Microsoft. Photos by Sameer A. Khan/Fotobuddy

Tech leaders convene to discuss the future of wireless communication

Kaushik Sengupta in his lab at Princeton
Researchers in Kaushik Sengupta’s lab work to expand the capabilities of modern electronics. Photos by Sameer A. Khan/Fotobuddy

New antennas and microchips help electronics blur the line between science and scifi

Graphic with text "Commendation for Outstanding Teaching".

Faculty commended for outstanding teaching

Illustration of a transmission that foils eavesdroppers
Princeton researchers have developed a method to foil eavesdroppers by building security into the physical nature of wireless transmissions. The signal is clear for the intended recipient but not for others. Illustration by Ella Maru Studio/Princeton University

New chip hides wireless messages in plain sight

Affiliations

Professor writes on white board while talking with grad student.

Electrical and Computer Engineering

Improving human health, energy systems, computing and communications, and security