Electrical & Computer Engineering
 

research


Biopotentials Imaging Lab
Communications and Fiber Optics
Lab for Human Motion Analysis and Neurorehabilitation
RADAR Systems and Signal Processing Laboratory
Signal Processing and Communications (SPC)
The Distributed Computing Lab (DCL)

lima

Lab for Industrial Metrology and Automation (LIMA)

http://lima.utep.edu/


miil

Medical Imaging Informatics Lab (MIIL)

http://engineering.utep.edu/imaginginformatics


nanomillab

NanoMIL

http://research.utep.edu/Default.aspx?alias=research.utep.edu/nanomil


pervasive-health-technology-lab

Pervasive Health Technology Lab

http://research.utep.edu/Default.aspx?tabid=71272

The Pervasive Health Technology (PHT) Laboratory in the College of Engineering at UTEP is developing new technologies to provide pervasive healthcare to patients suffering from chronic conditions. The new technologies will enable individuals and their healthcare providers to pervasively monitor, examine, and treat health conditions such as: asthma, COPD, congestive heart failure, sleep disorders, diabetes, stress, etc.


em-lab

EM Lab

http://emlab.utep.edu


theasicslab

The ASICs Lab

http://www.asics.ece.utep.edu/asicslab.html


ncnlab

Network for Computational and Nanotechnology (NCN)

The creation of educational tools disseminated locally at UTEP, through the NSF Network for Computational Nanotechnology nanoHUB.org website and the Apple store. The goal of this research is to enhance student expertise and student learning through the interaction of educational tools associated with fundamental circuit theory and semiconductor device modeling.


fame

Fabrication of Advanced Materials Engineering (FAME)

The exploration of semiconductor fabrication processes and techniques required to meet state-of-the-art device material property requirements for enhanced performance. This includes semiconductor thin film processing, patterning, photolithography, annealing and materials characterization.


fame

The Electric Power Lab

The Electric Power Laboratory was established in 2012 under the direction of Dr. Valentin Bolborici. The research conducted in the lab is concerned with the theoretical modeling, simulation, control, and experimental validation of theoretical models of piezoelectric traveling wave rotary ultrasonic motors and hybrid electric energy storage systems. The laboratory is currently used for graduate research.


fame

Centro de Investigación en Ciencia y Tecnología Aplicada (CICTA)


dcllab

Communication Networks Laboratory

http://netlab.utep.edu/index.html

Currently investigating dynamic bandwidth allocation mechanisms to maximize channel utilization and minimize queueing delay for an optical access network technology called Ethernet Passive Optical Networks. Currently investigating the minimization of retransmission delay and energy consumption for ARQ error recovery of video by using packet caching at intermediate routers.