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By 2017, The UT Arlington Research Institute hopes to become a global leader in the research and development of advanced technology. Our focus is enabling product development to help humanity, providing unique, affordable solutions to complex problems.
On-demand, on-the-spot manufacturing. Commercially viable driverless cars. Tissue regeneration for limbs. These are just some of the types of projects that researchers the world over will be working on over the next decade. UTARI is ready to lead the way in this next wave of discovery. The second half of the information revolution will be driven by the application of these technologies and the development of manufacturing processes to enable the commercialization of affordable, reliable, and possibly disposable machines. Their potential applications are abundant, ranging from neural interfaces for prosthetics; assistive robotics for people with disabilities; flexible manufacturing platforms; and humanoid robotics for entertainment, training, and manufacturing. UTARI is ready to take up this challenge and uncover technologies that can change the world.
The Product Engineering Division enables product development by providing a rapid, low-cost, and reliable transistion path for fundamental technologies ina a variety of disciplines to reach the market.
The Robotics Division not only concentrates on assistive robotics to help those with disabilities, the elderly, and wounded warriors but also on Smart Home technologies and autonomous vehicle systems.
The Biomeidcal Technologies Division is developing devices and systems for tissue regeneration and wound healing, in addition to preventative and assistive meidcal devices.
The biological microsystems division is the newest addition to UTARI's research focus.