UTARI and Dallas-based Skyven Technologies have been awarded a NSF’s SBIR program grant to build and test a Phase 1 prototype of a novel optics system for concentrating sunlight more than 1,000 times the usual amplification. Read More…
“The entire hydrocephalus community is invested in seeing this research project yield results.” said Michael Illions, VP and Dir of Advocacy, Pediatric Hydrocephalus Foundation. “A better shunt and less brain surgeries equal a much better outcome for those living with hydrocephalus.” Read More…
University Rover Society (URC) Episode 4 highlights and interviews the UTA ROVER Team. This is the teams’ second visit, and they are showing-off multiple quad-coptor applications.
A UT Arlington/UNT Health Science Center project aimed at building a prototype for an implantable in-line shunt flow monitoring system that would deliver both on-demand and continuous readings of hydrocephalus. Read More…
A UT Arlington project aimed at developing a manufacturing system that will autonomously prepare small motor sub-systems and assemble motor components was mentioned in a Design News article about Walmart’s efforts to buy-and-sell more U.S. made products. Read More…
Robotic machine being developed by researchers at the University of Texas at Arlington may help bring offshore manufacturing jobs back to the U.S. Read More…
The U.S. Manufacturing Symposium focuses on ways to bring manufacturing back to the U.S.A. Read More…
The U.S. Manufacturing Symposium UTARI researchers are developing automated technologies that could restore stateside products production.
The University of Texas at Arlington announces a new partnership with a longtime Silicon Valley entrepreneur and alumna who will establish a strategic outpost to match technology developed within the University with investors and corporate partners. Read More…
Robot Fun and Learning! It was a day of learning at the 2015 National Robotics Showcase.
