Development of Computer Vision algorithms for highly fast inspection, needed for line productions.

My research interests and experiences are focused on numerical methods including: Computational Fluid Dynamics, computational grid generation, moving boundary problems, parallel processing and dynamic load balancing, convergence acceleration techniques such as Multigrid, turbulence modeling, overset grids, heat transfer, Finite Volume, Finite Element, and Finite Difference, etc. I have also worked on wind turbine aerodynamics. I am one of the developers in an interesting and challenging project entitled "Development of an efficient, flexible and innovative CFD Computational Platform to optimally simulate and design industrial products and processes" (BFA/DFB - 6/12/TK/2012/00020), funded by the Department of Economic Promotion of the Biscay Foral Council, Baltogar and BCAM. Since July of 2015 I am the main executer of a multiphysics project about numerical simulation of a new emerging technology in the laser cladding process supported by Etxe-tar.

Collaboration in a project in renewable energy entitled: Offshore Floating Wind Turbine.Application of my in-house code in overset grids, low mach flows and MRF in NREL type of wind turbines.Application of commercial softwares for MRF for NREL wind turbines, wave radiation/diffraction.