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Department of Electrical and Computer Engineering

Department of Electrical and Computer Engineering

The University of Texas at Dallas

Department of Electrical and Computer Engineering at The University of Texas at Dallas has 39 faculty on GradNova.

Faculty

J
Design, Fabrication, and Characterization of Novel Semiconductor Electronic and Optoelectronic Devices (e.g., Diodes, Transistors, and Lasers); Ultrawide Bandgap (uwbg) Semiconductors (e.g., Oxides, Nitrides, and Diamond); Semiconductor Nanomembrane Devices for Bioelectronic Applications.
C
Electrical Characterization Methodologies, Reliability Characterization Methodologies, Solid State Device Physics, Electrical Properties of Materials, Mos Modeling (quantum Effects, Etc.), Nanotechnology, Flexible Electronics, Future Energy Needs (renewable, Low Power Operation, Etc.)
Semiconductor Materials and Devices
Advancements in Semiconductor Devices and Circuit Design
Ferroelectric and Negative Capacitance Devices
+2
W
Electron Transport at the Nanoscale Using Theoretical Methods, Use of Two-Dimensional Materials and Topological Insulators for New Devices, Transport in Tunnel Field-Effect Transistors (tfets) and Their Principle of Operation Band-To-Band Tunneling (btbt).
Semiconductor Materials and Devices
Advancements in Semiconductor Devices and Circuit Design
Graphene Research and Applications
+2
M
Millimeter Wave Imaging, Automotive Radars, Wireless Communications, Cognitive Radios, Signal Processing.
Advanced Wireless Communication Techniques
Wireless Communication Networks Research
Advanced MIMO Systems Optimization
+2
K
IP Protection Through Circuit Obfuscation, Side-Channel-Resilient Hardware Design, Computer-Aided-Design (cad) for Trustworthy Hardware, CMOS and Beyond-CMOS Circuit Design.
C
Design and Computer-Aided Design of High-Speed Digital Integrated Circuits.
VLSI and FPGA Design Techniques
Low-Power High-Performance VLSI Design
VLSI and Analog Circuit Testing
+2
M
Wireless Data Transmission, System Modeling and Performance, Signal Processing and Radio Resource Management, Open Access Techniques for Spectrum Sharing, and Designing Low-Cost Signal Processing Techniques for Radar and Medical Applications.
Advanced Wireless Communication Techniques
Wireless Communication Networks Research
Advanced Wireless Network Optimization
+2
S
Mems, Nems, Microsystems.
I
Digital Signal Processing With Emphasis on Acoustics for Biomedical Applications: MIMO Single and Multi-Dimensional Digital Filtering, Noise Cancellation and Active Noise Control, Signal Detection and Separation, Parameter & Spectral Estimation, System Identification Methods, Adaptive Signal Processing.
Speech and Audio Processing
Advanced Adaptive Filtering Techniques
Hearing Loss and Rehabilitation
+2
L
Plasmas Used in Semiconductor Processing, Time Resolved Plasma Diagnostics, New Uses for Plasma in Processing, Plasma Etching & Deposition of New Materials.
Plasma Diagnostics and Applications
Semiconductor Materials and Devices
Metal and Thin Film Mechanics
+2
K
Kenneth O

Professor, Texas Instruments Distinguished University Chair, IEEE Fellow

Department of Electrical and Computer Engineering

The University of Texas at Dallas

Rf, Millimeter-Wave Circuits and Systems
Rf, Millimeter-Wave Circuits and Systems, Terahertz Transceivers.
Terahertz Transceivers
Radio Frequency Integrated Circuit Design
+4
M
Biometric Signal/image Processing & Machine Learning for Healthcare
Biometric Signal/image Processing & Machine Learning for Healthcare, Patient Monitoring & Risk Assessment, Vlsi/soc Design for Reliability, Data-Driven Diagnostics & Prognostics.
Data-Driven Diagnostics & Prognostics
Patient Monitoring & Risk Assessment
+6
A
Computer Security
Information Theory and Signal Processing With Applications in Wireless Communication
Machine Learning
Cooperative Communication and Network Coding
+4
H
Communications
Estimation
Signal Designs and Modeling
Signal Processing
+6
I
Analog
Antennas
Rf Integrated Circuits
Energy Harvesting in Wireless Networks
+4
D
Bioelectronic Interfaces
Energy Efficiency Circuits and Systems
Integrated Power Electronics
Renewable Energy Harvesting and Management
+5
J
Energy Harvesting and Low Power Ics for IoT Devices and Biomedical Implants
High Performance Adcs for Communications
Analog and Mixed-Signal Circuit Design
Advancements in Semiconductor Devices and Circuit Design
+3
H
Analog & Mixed-Signal Ics
Energy Harvesting & Wireless Power Transmission Technologies
Power Management Ics
Advanced DC-DC Converters
+4
G
Carbon Nanotubes
Device Physics and Fabrication
Energy Storage
Semiconductor Material Properties
+3
K
Biomedical Signal Processing
Free-Space Optical Communications
Tissue Optics
Wireless Communications
N
Biomedical Signal and Image Analysis
Machine Learning and Deep Learning
Real-Time Implementation on Embedded Processors
Signal and Image Processing
+5
R
Enabling Technologies for Mm-Wave & Um-Wave Passive Circuits
MEMS Simulation & Characterization
Metamaterial Filter Design
Rf, Um-Wave, Mm-Wave Ics
+5
J
Cochlear Implant Signal Processing
Diarization
Driver Distraction Modeling
Human-Computer Interaction
+3
S
Closed-Loop AI at the Intersection of Control Theory, System Identification and Artificial Intelligence, Including Reinforcement Learning With Formal Guarantees, Explainable AI and Physics-Informed Digital Twins
2
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