UD Electrical and Computer Engineering Dr. Tarek Taha

Deep Thoughts

Taking his cue from the human brain, University of Dayton researcher Tarek Taha received a three-year, $440,000 award from the National Science Foundation to develop a computer chip that can think for itself. This technology will lead to systems being more secure, efficient and compact.

Deep learning, an approach to artificial intelligence based in mathematical algorithms, is at the root of Taha’s work.

"Deep learning involves mimicking what we think the human brain may do, teaching a system, and once you teach it, it works on its own. This latest project is to do the actual teaching," said Taha 

With this grant, his third NSF award, Taha is developing a memristor that can do the work of one million neurons or 10,000 computer processors, all while using less than a watt of power.

 Memristor-based computing chips have many potential applications, from robots to security. Taha envisions the tiny devices being used to develop lightweight prosthetics that can learn how the person wants to move their new limb — without the need for programming or software updates.

At UD, we’re committed to developing solutions that make the world a better place — for everyone.

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As dean of the School of Engineering, I am privileged to watch our students growing into engineers dedicated to a better world for us all. At the University of Dayton, we're committed to supporting student success by providing opportunities that connect learning, research and scholarship with leadership and service — the Catholic, Marianist tradition.

With our shared knowledge, we can continue to transform engineering education to prepare our students for even greater success.

Eddy Rojas
Dean of the School of Engineering

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Department of Electrical and Computer Engineering

Kettering Laboratories 341 
300 College Park 
Dayton, Ohio 45469 - 0232

937-229-3611 

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