News & Events

  • November 23 2009

    ELE Seminar - T.I.E.S

    10.00pm to 11.00pm (add this)


  • November 25 2009

    CANES - TAT Meeting

    1.30pm to 2.00pm (add this)


  • November 25 2009

    Dynamic Design - TAT Meeting

    2.00pm to 2.30pm (add this)



    • (SEE FULL CALENDAR)

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Research


Mobile Integrated Solutions Lab

Dr. Joe Morgan and Dr. Jay Porter

The Mobile Integrated Solutions Laboratory is a cutting-edge research facility specializing in unique solutions for today's mobile world. With the advancement of microcontroller technology, we focus on high-performance, low-cost products which are readily available in the technology industry. We bring these products to bear in multiple facets of mobility that continue to impress our industry partners. MISL is truely the breeding ground for tomorrow's mobile solutions.


Virtual Instrumentation and Mixed Signal Test Lab

Dr. Jay Porter and Dr. Fink

The Virtual Instrumentation and Mixed Signal Test Lab was established within the Department of Engineering Technology and Industrial Distribution to support the development of computer-based instrumentation solutions for real world test and measurement problems. The lab is currently working on applications in a variety of areas including medical imaging, mixed signal integrated circuit testing, and law enforcment.


RFID Oil & Gas Solution Group Consortium

Dr. Ben Zoghi

The Purpose of the RFID/Sensor Lab is to design systems and sensor networks integrating remote sensors (Environmental, Security and Tracking, Biomedical, Asset and People location, Process Control Automation and Structure) monitoring, RFID, GPS, and wireless technology.


BioRobotics Laboratory

Dr. Beasley

The goal of the BioRobotics Lab is to improve medical outcomes through a combination of robotics, sensors, control systems, and AI via analog circuitry. The lab is currently working on the following: Cable drive transmission for MRI compatible robots, Optotactile sensors using stereo cameras to determine grasp force necessary to prevent gross slip, Complex mobile robot goal-seeking, Obstacle-avoiding behavior using analog circuitry, and portable three dimensional tactile displays using cable drive transmissions and digital servomotors.