Experimental and modeling research of renewable energy: Hydrogen, electrochemistry, Fuel cell, electrolysis, heat transfer, fluid flow, two-phase, porous media, etc.

Renewable energy conversion; dynamic simulation and control of thermal systems; biomass gasification; thermal and non-thermal plasma applications to energy generation and water conservation; optimization of thermal systems; solar thermal

Computational dynamics, mechanics, and controls with biomechanical applications such as human biomechanics in various pathological conditions and modeling the deformations of biological filaments.

Linear and non-linear modeling of solids with applications to the mechanical and civil works industry, computer-aided-engineering, structural design, experimental testing, data analysis, and engineering programming

Composite Structures and Optimization; Structural Dynamics and Vibrations; Nonlinear Dynamics; Fluid–Structure Interaction and Aeroelasticity; Mechanical Metamaterials and Architected Structures; Topology Optimization.

Rotating detonation rocket engines and advanced propulsion; compressible and multiphase flows; computational fluid dynamics; shock-wave and droplet interactions; aerospace simulation; engineering education and evidence-based learning tools