Our research

Sub-areas: Physical sciences and technology, applied electromagnetics, RF sensing, semiconductor and quantum engineering, photonics, micro- and nano-engineering, nano/micro electromechanical systems (NEMS/MEMS), fluid mechanics and microfluidics, acoustics and vibration. 

Sub-areas: Information systems and science, telecommunications, control and dynamics, robotics and automation, Internet of Things (IoT), cyber-physical systems, and computer engineering and systems - hardware/software integration.

Sub-areas: Design and systems engineering, numerical methods, applied machine learning, high-performance computing, advanced and complex physics-based computational methods.

Sub-areas: Biomedical photonics, biomedical instrumentation, wearable technologies, medical imaging, cardiovascular systems engineering, biomedical integrated circuits, neural engineering, optogenetics, sports engineering and biomechanics, and medical machine learning.  

Sub-areas: Electrical power systems, energy, electrical machines and drives, and heat transfer.

Sub-areas: Mechanics of materials, nano-mechanics, materials engineering, advanced coatings, additive manufacturing (3D printing), micro/nanofabrication, high-volume and automated manufacturing systems.

Sub-areas: Aerospace engineering, maritime and naval engineering, deep space networks, remote sensing, space rovers and robotics, laser technologies, acoustic and vibration, and advanced sensors.

Sub-areas: Renewable technologies, energy science and engineering (combustion and heat transfer), ocean wave energy.

Sub-areas: Naval architecture and ship design, ocean systems engineering, coastal and offshore structures, marine propulsion and hydrodynamics, autonomous and intelligent vessels, and marine renewable energy systems.