• Studies on model order reduction, data analysis, parallel computing, machine learning, optimization methods, and other computational methods.• Modeling and simulation of solid mechanics problems using FEM in Matlab.• Research and study of reduced order models; • Research and study of error estimation methods;

• Studies on FEM, FDM, and other numerical methods.• Research and analysis of fluid mechanics problems, specific bearings lubrication regimes; • Modeling and simulation of lubrication behaviors using Matlab; • Design and analysis using CAD and FEA tools (AVL Excite, Solidworks);

• Research and development of a new electrodialysis module; • Extensive use of Solidworks to design the module's components; • Finite element analysis and simulations of the designed parts.

• Member of the USC Aerial Robotics team;• Research and design of drone components using Solidworks (R&D, CAD);• Finite element analysis and optimization of drone parts (FEA);• Prototyping and test of drone components using 3D printers and CNC machines (CAM).

• Teacher and lab assistant for the Metrology and Mechanical Design courses; • Research of a system for the calibration of dynamic torque transducers; • Computation and analysis of torque acceleration curves using Matlab; • Analysis of environmental effects on dynamic torque measurements.