Faculty expertise
- Artificial intelligence (AI)
- Computer systems and networks
- Intelligent control and robotics
- Nanoelectronics, integrated circuits, MEMS/NEMS, and system-on-chip
- Power and energy systems
- Signal processing and communications
Artificial intelligence
-
Mohammed Alawad
- Hardware accelerators for AI
- Secure and robust AI
- AI for natural language processing
- Power-aware computer systems
- Reconfigurable system architectures
- Embedded systems
- Edge computing
-
Mohammad Alhawari
- Neuromorphic computing for AI
- Analog and digital computing for AI
- Hardware accelerators for AI
- Energy harvesting and power management
- Intelligent healthcare systems
- Mixed signal machine learning hardware
- Analog and mixed-signal integrated circuits
- Wireless power/data telemetry
-
Nabil Sarhan
- Deep learning
- Hardware accelerators
- Digital and analog computing
- Computer vision systems
- Event detection
- Computer systems design
- Multimedia systems
- Computer networks
- Automated video surveillance systems
-
Xingyu Zhou
- Reinforcement learning
- Bandits and online learning
- Bayesian optimization
- Stochastic systems
- Cloud computing
- Applied probability
Computer systems and networks
-
Lubna Alazzawi
- Internet of things security and applications
- Smart sensors
- Cybersecurity of connected and autonomous vehicles (CAVs)
- Intelligent transportation aystems
- Remote healthcare monitoring systems
-
Harpreet Singh
- Very Large Scale Integration (VLSI)
- Digital systems
Intelligent control and robotics
-
Feng Lin
- Discrete event systems, supervisory control, hybrid systems
- Machine learning, neural networks, fuzzy discrete event systems
- Robust control, and applications in alternative energy, power systems, biomedical systems, artificial intelligence and automotive control
-
Abhilash Pandya
- Tele-robotics
- Advanced visualization and AI for decision making and automation in surgical robotics
-
Le Yi Wang
- Control systems and system identifications
- Robust control, optimization, learning, estimation, hybrid systems, and their applications in automotive systems
- Battery management, smart grids and microgrids, autonomous aerial and ground vehicles, communication systems
-
Hao Ying
- Fuzzy control, fuzzy systems, fuzzy discrete event systems
- Machine learning, multi-agent systems, expert systems
- System modeling and control
- Signal/image processing
Nanoelectronics / integrated circuits / MEMS/NEMS and system-on-chip
-
Ivan Avrutsky
- Micro- and nano-scale photonics
- Laser physics
- Optoelectronics
- Integrated optics
-
Amar Basu
- Multiparameter wearable sensors
- Microfluidic "lab on a chip" systems
- Digital and single cell assays
- Novel sensing methods using interfacial phenomena
- Particle and cell sorting
- Computer vision applied to high throughput screening
- Micro/nanofabrication and semiconductor processing
- Printed circuit board design and fabrication
-
Mohammed Ismail
- Analog and mixed-signal integrated circuits
- Systems-on-chip for automotive, biomedical, internet-of-things and wireless applications
- Hardware systems for artificial intelligence
- RF and mm-wave ICs for 5G/6G wireless
- RF energy harvesting and wireless charging
- Smart semiconductor manufacturing, yield enhancement
-
Dimitrios Sounas
- Electromagnetic theory
- Metamaterials
- RF and mm-wave circuit design
- Non-LTI and nonlinear microwave systems
- Machine-learning design of electromagnetic structures
-
Gozde Tutuncuoglu
- Electronic materials and nanoscale devices
- Brain-inspired/neuromorphic computing devices
- Resistive-switching memristor devices
-
Yong Xu
- Sensors, MEMS and nanotechnology
- Wearable sensors, flexible sensors
- Smart-yarn sensors, accelerometers, seismometers
- Gas/water monitoring sensors and neural interfaces
Power and energy systems
-
Masoud Nazari
- Machine learning and distributed control applications in power and energy systems
- Internet-of-things enabled smart and connected buildings and communities
- Cybersecurity of power and energy systems
-
Gholam-Abbas Nazri
- Advance energy storage systems for electric-based transportation -- batteries, supercapacitors and fuel cells
- Alternative energy sources and energy sustainability
- Photoelectrochemical water splitting for hydrogen production
- Solid state hydrogen storage systems for fuel cell vehicles
- Nanomaterials synthesis and applications for advance sensors and optoelectronics
- Advance non-destructive techniques for real-time analysis of materials and devices
-
Caisheng Wang
- Renewable/alternative energy systems and energy storage devices
- Power systems, smart grid, microgrid and distributed generation
- Power electronics
- Electric vehicles
- Fault diagnosis and on-line monitoring of electric apparatus
Signal processing and communications
-
Xiaoyan Han
- Infrared imaging and nondestructive evaluation (NDE)
- Acoustic chaos
- Sonic thermography
-
John Liu
- Radio networks, LPI/LPD radio networks,
- Optical communication, satellite networks, spread spectrum systems
- Ultra-wideband systems, vehicular communications, multiple access
- Modulation and coding, signal design and detection, synchronization
-
Yang Zhao
- Optical sensing devices and systems
- Computational nano-optics
- Nanoscale optical structures and materials
