Experience

Mines Paris

• France
• Higher Education
• 300 - 400 Employee

• Assistant Professor

  • Jul 2021 - Present



CMA - Mines ParisTech

• Sophia Antipolis, France

• Postdoctoral Researcher

  • Oct 2018 - Jan 2022

  Machine learning techniques applied to hydro power generation Machine learning techniques applied to hydro power generation



Università degli Studi del Sannio-Benevento

• Benevento, Italia

• Postdoctoral Researcher

  • Nov 2017 - Sep 2018

  Modelling and control of electronic power converters. Modelling and control of electronic power converters.



UERJ

• Brazil
• Education Administration Programs
• 700 & Above Employee

• Professora adjunta (Assistant Professor)

  • Aug 2015 - Jul 2017

  Courses: - Automatic control: a discipline, proposed twice a year, 5 hours a week. The course program includes mathematical modeling (differential equations, equations of state space, Laplace transform, transform function) and feedback control (Root locus technique, LEAD, LAG, Bode diagrams, PID controllers) dynamic systems. The audience consisted of students in electronics, telecommunications and computer science engineering. Every week, I used to dedicate 3 hours to the theoretical… Show more Courses: - Automatic control: a discipline, proposed twice a year, 5 hours a week. The course program includes mathematical modeling (differential equations, equations of state space, Laplace transform, transform function) and feedback control (Root locus technique, LEAD, LAG, Bode diagrams, PID controllers) dynamic systems. The audience consisted of students in electronics, telecommunications and computer science engineering. Every week, I used to dedicate 3 hours to the theoretical aspects and 2 hours for practical work, including MATLAB / Simulink. - Mathematical modeling for electrical engineering: a discipline, proposed twice year, 5 hours a week. The main subject of the course is complex analysis (functions of the complex variable, differentiability and integrability) with application in the electrical field. Show less Courses: - Automatic control: a discipline, proposed twice a year, 5 hours a week. The course program includes mathematical modeling (differential equations, equations of state space, Laplace transform, transform function) and feedback control (Root locus technique, LEAD, LAG, Bode diagrams, PID controllers) dynamic systems. The audience consisted of students in electronics, telecommunications and computer science engineering. Every week, I used to dedicate 3 hours to the theoretical… Show more Courses: - Automatic control: a discipline, proposed twice a year, 5 hours a week. The course program includes mathematical modeling (differential equations, equations of state space, Laplace transform, transform function) and feedback control (Root locus technique, LEAD, LAG, Bode diagrams, PID controllers) dynamic systems. The audience consisted of students in electronics, telecommunications and computer science engineering. Every week, I used to dedicate 3 hours to the theoretical aspects and 2 hours for practical work, including MATLAB / Simulink. - Mathematical modeling for electrical engineering: a discipline, proposed twice year, 5 hours a week. The main subject of the course is complex analysis (functions of the complex variable, differentiability and integrability) with application in the electrical field. Show less



IMPA Instituto de matematica pura e aplicada

• Rio de Janeiro Area, Brasile

• Postdoctoral Fellow

  • Apr 2014 - Apr 2015

  Numerical algorithms, global optimization. Numerical algorithms, global optimization.



Università degli studi del sannio

• Assegno di Ricerca- Post Doc

  • Apr 2013 - Mar 2014

  Modeling and control of nonsmooth dynamical systems: application to power electronic converters.

• Dottoranda

  • Mar 2010 - Apr 2013

  - Analysis of periodic solution belonging to nonsmooth systems, in particular piecewise linear systems. -Lecturing in the following courses: Dynamic systems, Theory of Controland Real time Control.



EMA s.p.a.

• assegno di ricerca

  • Sep 2006 - Nov 2006

  Contratto di collaborazione e ricerca tra l' Università degli studi del Sannio, Benevento e l'azienda. Studio di strategie per il miglioramento del fattore di produzione nel caso specifico dell'azienda in esame. Contratto di collaborazione e ricerca tra l' Università degli studi del Sannio, Benevento e l'azienda. Studio di strategie per il miglioramento del fattore di produzione nel caso specifico dell'azienda in esame.