Master in Electrical Engineering

Basic Guidelines

The Eikon University Graduate Program in Electrical Engineering is characterized by innovation in dealing with topics of worldwide relevance in its lines of research. The objectives of the program, through the two modalities of action (Masters and PhD courses) and through the 3 concentration areas referring to its lines of research can be summarized in:

– To develop in the masters the ability to perform research, to master the applied scientific methodology and to deepen the professional and academic knowledge of the student in the subject chosen for the dissertation;

– To develop for PhD students the ability to conduct original research and train leaders for the World in their respective areas of expertise.

Target Audience:

Masters: Engineers from Control Engineering and Automation, Mechatronics, Electrical, Mechanics, Chemistry, graduates of other engineering, Computing, Physics, Mathematics and related fields.

PhD: Masters from postgraduate courses in Automation and Systems Engineering; Electrical Engineering, Mechanics, Chemistry; graduates of other post-graduations in Engineering; Computing; Physical; Mathematics; and related areas.

Concentration Area: Electric Power Systems

Research lines:

1) Automation and Control;

2) Power Electronics and Electrical Drives;

3) Renewable Energies and Electrical Systems;

Currículum Lattes

Ricardo Martins Ramos

He holds a degree in Industrial Electrical Engineering from the Federal Center for Technological Education of Minas Gerais (1998) and a Master’s degree in Electrical Engineering from the Federal University of Minas Gerais (2002). He holds a law degree from the Faculty of Law of the Federal University of Minas Gerais (2013) and a Specialization in Work Safety Engineering from the Pontifical Catholic University of Minas Gerais.

View Currículum

Teacher

Curriculum

PREDICTIVE ADAPTIVE CONTROL	AC	2	32
CONTROL OF MULTIVARIATING SYSTEMS	AC	2	32
MODELING OF SYSTEMS AT DISCRETE EVENTS	AC	2	32
ESTIMATION AND IDENTIFICATION OF SYSTEMS	AC	2	32
GROUNDS FOR ANALYSIS AND DESIGN OF CONTROL SYSTEMS	AC	2	32
NUMERICAL METHODS APPLIED TO ELECTROMAGNETISM	COMUM	2	32
ELECTRIC MACHINES	COMUM	2	32
COMPUTATIONAL APPLIED INTELLIGENCE	COMUM	2	32
ARTIFICY OF NEURAL NETWORKS	COMUM	2	32
ELECTROMAGNETIC THEORY I (Compulsory)	COMUM	2	32
ELECTROMAGNETIC THEORY II	COMUM	2	32
QUALIFICATION	COMUM	1	16
DISSERTATION SEMINAR IN ELECTRICAL ENGINEERING	COMUM	4	64
DISSERTATION	COMUM	6	96
ELECTRONIC APPLICATIONS OF POWER IN POWER SYSTEMS	EPAE	4	64
CONVERTERS WITH NON-DISSIPATIVE SWITCHING	EPAE	2	32
STATIC CONVERTERS FOR ELECTRICAL ENERGY SYSTEMS	EPAE	2	32
POWER ELECTRONICS	EPAE	2	32
ADVANCED STUDIES OF SHORT-STAY ELECTRICAL DISTURBANCES	EPAE	2	32
KEY SOURCES	EPAE	2	32
ENERGY PLANNING	ERSE	2	32
QUALITY OF ELECTRICAL ENERGY	ERSE	2	32
PHOTOVOLTAIC GENERATION	ERSE	2	32
INTEGRATION OF ELIOELETRIC CONVERSION SYSTEMS TO THE ELECTRICAL NETWORK	ERSE	2	32
ADVANCED TOPICS OF ENERGY EFFICIENCY	ERSE	2	32
WIND GENERATION	ERSE	2	32
TOTAL		59	944