Organic electronics. Structural, electronic and optical properties of organic electronic materials as well as processing of these materialsexploring their applications in various electronic and optoelectronic devices, including photovoltaics, display, lighting, and circuitry.
Specification and automated verification of concurrent software systems, model checking, static analysis, software engineering.
Radiation transport simulation using deterministic and Monte Carlo methods,
deterministic transport algorithms and codes development, nuclear multi-group
cross section generation, medical imaging simulation, numerical methods and
Stochastic modeling, analysis, and design of healthcare systems and production systems. Data analytics in healthcare.
Nanomaterials synthesis and characterization, integration of nanomaterials into devices, porous structures.
Optical processing of microwave signals, microwave system and component design, photonics.
Wastewater treatment plant design, advanced wastewater
water pollution control.