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Nabil Simaan

Robot prototype shows promise for microsurgery on eyes and aneurysms

Nov. 14, 2019—A new continuum robot designed by Vanderbilt engineers achieves multiscale motion and may open up a huge world of previously impossible complex microsurgeries.

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Getting robotic surgical tools from the lab to the operating room

May. 8, 2018—Nabil Simaan’s Advanced Robotics and Mechanism Applications Laboratory at Vanderbilt leads the way in advancing several robotics technologies for medical use, including miniature robots for single small-incision, cochlear implant and minimally invasive throat surgeries.

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Vanderbilt joins 40 academic partners to create, deploy robotic technology in critical manufacturing sectors

Apr. 25, 2017—The Advanced Robotics Manufacturing Innovation Hub will promote robotics in small and medium enterprises and in critical manufacturing sectors like aerospace, automotive, electronics and textiles.

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VU Inside: Giving surgical robots a human touch

Oct. 28, 2016—Bioengineer Nabil Simaan is taking robotic surgical tools to the next level by making them incredibly flexible and situationally aware.

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National Robotics Initiative grant will provide surgical robots with a new level of machine intelligence

Oct. 25, 2013—Providing surgical robots with a new kind of machine intelligence that significantly extends their capabilities and makes them much easier and more intuitive for surgeons to operate is the goal of a major new grant announced as part of the National Robotics Initiative.

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Vanderbilt Medicine: Robotics revolution

Sep. 11, 2013—In the foreseeable future, robots will be sticking steerable needles in your brain to remove blood clots; capsule robots will be crawling up your colon as a painless replacement for the colonoscopy; and ultra-miniaturized snake robots will remove tumors from your bladder and other body cavities.

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Telerobotic system designed to treat bladder cancer

Apr. 2, 2013—An interdisciplinary collaboration of engineers and doctors at Vanderbilt and Columbia Universities has designed a robotic microsurgery system specifically designed to treat bladder cancer, the sixth most common form of cancer in the U.S. and the most expensive to treat.

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Sponsored Research awards for February 2011

Mar. 25, 2011—The Division of Sponsored Research received notification in February that the following grants in excess of $25,000 had been awarded: Theodore A. Bapty, Electrical Engineering and Computer Science, has received an award in the amount of $899,438 by the Department of Defense for “BCTM-Battle Command Systems Prototype.”  Sandeep Neema and Jason M. Scott are co-principal...

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