Project engineer responsable for elevation projects in Transgruma S.A. The activity of this company is provide lifting services of loads and persons, pumping and distribution of concrete, as well as the execution of all kind of services, works and supplies related to construction on the Spanish market.Tasks: - Planning, design, study of lifting maneuvers through different software (CraniMAX and LICCON), and representations with CAD tools.- Mechanical design of structures using CAD / CAE tools.- Structural calculation using finite elements analysis (FEM)- Realization of bids and technical-economical budgets.- Technical direction for training department.- Technical support for sales department.Website: www.transgruma.com

Project engineer responsible for the entire process of design, planning, monitoring of construction, development and modernization of bridges cranes, gantry cranes, wall console cranes, jib cranes, hazardous environment cranes and special lifting solutions, for the venezuelan market, colombian and the andean region. Konecranes is the world leader on lifting solutions, with high participation in manufacturing and process industries, power generation, shipyards and oil and gas industries.Tasks:- Planning through Gantt Charts the stages, activities, design process and production process of the final products.- Mechanical design of structures and components of cranes through CAD softwares.- Structural calculation using finite elements analysis (Konecranes Markman, Konecranes KCI Girder, Konecranes KCI Runway, Autodesk Inventor, ANSYS Mechanical).- Selection of crane components.- Preparation of final design for production.- Preparation and control of required component orders abroad.- Technical support for sales department.- Preparation, compiled and revision of technical documentation supplied to end customers.

Researcher in the area of computational simulation of fluid dynamic behavior for the development of new designs of prosthetic mechanical heart valves on the aortic position. Generating degree project for obtaining the title of Mechanical Engineer, publishing this research in a recognized national medical journal and in national and international congresses of computational engineering, industrial and applied mathematics.Task:- Design and modeling of different mechanical heart valve prosthesis through CAD tools.- Analysis and simulation of dynamic fluid behavior through software finite volume analysis (ANSYS CFX).Final thesis to obtain the Mechanical Engineer degree: Mirabal M, Toledo J. (2010) "Analysis of fluid dynamic behavior utilizing Method of Finite Volume through a domed mechanical valve prototype." / “Simulación computacional del comportamiento fluido dinámico de un modelo de válvula cardíaca mecánica de forma cupular en posición aórtica.” , Universidad Central de Venezuela, Faculty of Engineering, School of Mechanical Engineering.Presentation in the Congreso de Investigación Facultad Medicina (Research Faculty Medicine Congress), 7-10 octubre 2010, Caracas, UCV. Mirabal M, Toledo J, Cerrolaza M, Romero E. (2010) “Flujo dinámico en un modelo de prótesis de válvula cardiaca cupular en posición aórtica”. Publication in the XV Congreso Argentino de Mecánica Computacional (XV Argentine Congress on Computacional Mechanics) MECOM–CILAMCE 2010, Buenos Aires. Mirabal M, Toledo J, Cerrolaza M, Romero E. (2010) “Análisis fluido dinámico a través de un prototipo de válvula mecánica utilizando métodos de volúmenes finitos”. Publication in Informe Médico (Medical Report), 2010. Mirabal M, Toledo J, Cerrolaza M, Romero E. (2010) “Simulación computacional del comportamiento fluido dinámico de un modelo de prótesis de válvula aórtica mecánica de forma cupular”.