· Computational Methods (Finite Element Method, Boundary Element Methods, Mesh less Methods, Multiscale Methods, Optimization Methods and Sensitivities, Discretization Methods, Mathematical Foundations, High Performance Computing, Inverse Problem, Visualization);

· Computational Solid Mechanics (Material Modeling, Finite Deformations and Localization, Micromechanics and Multiscale Modeling, Nanomechanics, Nonlinear Analysis of Structures, Multibody Dynamics and Robotics, Composite Structures, Structural Optimization, Experimental Mechanics);

· Computational Procedures in the Composites Materials Analysis;

· Biomechanics (Biosolid Modeling, Modeling of Biofluids, Multiscale Modeling, Medical Imaging and Modeling, Medical Applications, Experimental Methods);

· Application in Agricultural and Civil Engineering;