Researcher and scholarship holder in the project called “Control Platform for High-Performance Power Converter”, at the Instrumentation and Control Laboratory in the National University of Mar del Plata, since December 2012.I am currently involved in a collaboration between my laboratory and the European Synchrotron Radiation Facility (ESRF), located in Grenoble, France. This project mostly associated with the design of the control system for power converters in particle accelerators.I am the main researcher in this sub-project, which derives from a previous work of designing a new digital control platform for the power converters that feed the electromagnets in their accelerators. The current work involves a similar power converter structure and the design of a digital control system that would improve the system performance and correct power quality issues for the rest of the facility.Since January 2015, I have been designing and simulating the control algorithms that would better mitigate negative power quality effects, such as flicker and harmonics, during the pulsation operation of the electromagnets. For this, I have been using all the concepts and tools for control systems design that I have learned during my involvement in the previous project regarding the implementation of the digital control platform of ESRF's accelerators.As part of this current project, and since September 2015, I am currently working at the ESRF's facilities in Grenoble, transfering the results of this study and running the testing stage as a representative of our laboratory in Argentina.

Developed the PWM controls for a series of DC motors using a set of Freescale prototyping boards. I worked with the MQX Real-Time Operative System and proceeded to document all the libraries that I created so that the company could easily use them in the future.