Advanced Controls and Sensor Group

The Advanced Controls and Sensor Group work in the areas of Intelligent Nonlinear Control, Optimal control for nonlinear systems,Approximate Dynamic Programming for Discrete and Continuous Systems,Discrete Event Supervisory Control for Robotic Assembly Cells and Wireless Sensor Networks.

Analog & Mixed Signal IC Design Lab

The Analog and Mixed Signal IC Design Laboratory was founded Fall of 2002. It is a part of the EE Department at UTA. The mission of the Lab is to provide an outstanding educational experience for MS and PhD students through challenging research and top quality VLSI classesa and to minimize the gap between academic education and real life experience through promoting industrial interaction and co- development that will advance the field of IC design.

Energy Systems Research Center

The ESRC is one of the largest university research centers focused on electric power systems in the United States, with its origin dating back to 1968. In addition to working with the regular undergraduate program in the Department of EE at UTA, the ESRC also actively participates in research programs through UTA's Research and Graduate School and relevant continuing education courses both on and off campus

Human Performance Institute

The mission of the Lab is to pursue basic and applied research in measurement, understanding (through development of models and the conduct of validation experiments), and enhancement of human performance. This broad mission impacts work in fields ranging from human factors in the aerospace industry to medical rehabilitation,occupational medicine, gerontology, and sports medicine.

iMEMS

The Lab research includes MEMS (microelectromechanical system) RF and optical devices (RF MEMS and MOEM), nanofabrication and applications, wavelength-division-multiplexing (WDM) optical components and networking, monolithic microwave/millimeterwave integrated-circuit (MMIC) components and antennas, and quasi-optical systems and sensors.

Image Processing and Neural Networks Lab

The Lab does research on the development of Advanced Neural Network Training and Pruning algorithms, Simultaneous training and validation of multiple networks,Feature selection for estimation and classification,Reduction of input and output redundancies,Network sizing and Neural Nets applications

MRCEDM

The Metroplex Research Consortium for Electronic Devices and Materials (MRCEDM), combines the research and development capabilities of The University of Texas at Arlington,  Texas Christian University and The University of North Texas to assist companies that innovate and manufacture advanced technical components and systems. The purpose of the Consortium is to provide basic and applied research to enhance innovation in technical areas such as electronics, telecommunications, and information industries. 

Multimedia Processing Lab

The Multimedia Processing Lab (MPL) is affiliated with the Department of EE at the UTA. The lab mission is to explore and research on current advancements in Audio, Image and Video domain targeting real time applications. MPL has a stimulating environment for students to interact and learn from each other. We are a strong, creative and motivated team ready to create a difference in the multimedia world.

Multirate Signal Processing Lab

The MSP Lab conducts research in general areas of Digital Signal Processing, Multirate Systems, Wavelets and Filter Banks with applications in communications, image/video compression and image restoration and reconstruction. The lab is also interested in efficient implementation of these systems for wireless communications and handheld devices.

Nano-Bio Lab

The Nano-Bio Lab focuses on the sensing and detection of biological targets and interactions using novel solid state devices. The Lab research aims at development of specific and ultrasensitive nanoscale biosensors and systems with the potential of characterizing biological processes at the molecular level.

Nanophotonics Device Group

Nanophotonics Device Group's current focus is on theory and experiment of periodic nanostructures, nanolithography, nanophotonics, nanoelectronics, nanoplasmonics, and optical bio- and chemical sensors.

Next Generation Systems Group

The research conducted by NGS group members focuses on the next generation of robotic systems - increasingly complex and networked, and with sizes varying from macro to nano scales. Topics include aspects of constrained design, manufacturing, control, advanced interactivity, and intelligent behavior of these systems.

Opto Electronics Research Group

The Group is involved in the research activities of Molecular Beam Epitaxy (MBE) of Compound Semiconductors, physics and applications of heterostructures, multiple quantum wells and superlattices for optoelectronic and electronic devices, magneto-optics; nonlinear optics. Low temperature grown GaAs (LTG-GaAs), chirped superlattices for MQW waveguide and transverse electroabsorption modulators, superlattice and asymmetric quantum well for infrared detectors, vertical cavity surface emitting lasers (VCSL) incorporating novel guided mode resonant mirrors, and lateral selective oxidation of MBE heterostructures for development of lattice-matched insulators in the III-V compounds.

Photonic Device Lab

The research group is carrying out various active research projects in the areas of infrared photonics, silicon photonics, and solar cells, etc, based on photonic crystals, semiconductor nanomembranes, quantum dots, and other nanoscale structures. The group works on all aspects of device research, including design, simulation, fabrication, and characterization.

Pulsed Power and Energy Lab

Pulsed power is a scheme where energy is stored slowly and discharged rapidly as electrical energy into a load in single short pulse or a short pulses with a controllable repetition rate. Uses of pulsed power include anything from simple heart defibrillators up to complex directed energy weapon systems. Researchers in this lab are currently working to understand the limitations of using advanced electrochemical storage devices as the prime power source for high energy pulsed power systems.

Telecommunications Research Group

A mission of the EE Department is to establish and nurture a national resource for education and research in the field of telecommunications. A primary goal is to provide continuing and advanced education in all aspects of telecommunications and associated technologies to students and experienced engineers presently employed in the industry.

Virtual Environment Lab

The Virtual Environment Laboratory (VEL) is dedicated to performing research and development using Virtual Reality, Image Processing and Computer Vision technologies to further applications in Aerospace, Mechanical, Electrical and Bio Engineering.

Wave Scattering Research Center

Wave Scattering Research Center (WSRC) was established in 1984 as part of the EE Department of the UTA. The vision of the center is to expand its ability to remotely extract information about a target. The mission is to create a unifying research and educational discipline of remote sensing.The primary objective of WSRC is to conduct theoretical, experimental, computer simulation, and application research in the field of electromagnetics.