Ingeniero robótico, mecatronico y mecánico

Design, development and physical construction of a robot with omnidirectional wheels, whose purpose, by means of sensors, is to be able to map the surrounding area, navigate autonomously and be applied to carry out layouts in exhibition areas and return values of measurement numbers of the surrounding space. Project realization with ROS, MATLAB, RASPBERRY, ADAMS and AUTODESK INVENTOR Software.

Design, development and construction of an electrical system for a medical office, supported by a team of engineers and architects with weekly inspection on site during the execution phase.

Design and development of a machine made by the ancient Greeks or a self-propelled altar built in Alexandria in Egypt, whose movement was based on a physical and dynamic study with the iteration of weights and ropes that allow mechanical handling. Realization of the project with Autodesk Inventor and numerical calculation.

Design of software for the customized development of the tour operator's ordinary management tools, aimed at optimizing the quality and control times of the service.

Master's degree Mechatronics and Robotics engineering

mechatronic and robotics engineering

Bachelor degree Mechanical engineering