Graduate Program in Electrical Engineering

Program Structure

Document

Common Area

CODE
DISCIPLINE
CREDITS
WORKLOAD
EC301E Computational Methods and Applied Mathematics 3 Credits 45 hours
EC302E Application of Artificial Intelligence Techniques in Power Systems 3 Credits 45 hours
EC311E Advanced Power Quality Analysis for Smart Grids 3 Credits 45 hours
EC313E Power Systems Protection 3 Credits 45 hours
EC314E Protection of Industrial Power Systems 3 Credits 45 hours
EC315E Power Electronics in Power Systems 3 Credits 45 hours
EC317E Advanced Modeling and Simulation of Electromagnetic Transients in Power Systems 3 Credits 45 hours
EC332E Smart Grids for Smart Cities 3 Credits 45 hours
EC333E Regulation, Modeling and Economic Analysis of the Brazilian Electricity Market 3 Credits 45 hours
EC334E Modeling and Economic Analysis of Smart Markets in the ContePrimeiro Semestret of Intelligent Networks 3 Credits 45 hours
EC335E Philosophy and Ethics of Research and Technological Development 3 Credits 45 hours
EC336E Non-Isolated DC-DC Converters 3 Credits 45 hours
EC337E Systems Engineering for Electric Grids 3 Credits 45 hours
EC338E Renewable Energy Generation and Energy Storage 3 Credits 45 hours
EC339E Power Systems Control, Automation and Monitoring 3 Credits 45 hours
EC400E Presentation Skills for Graduate Students 3 Credits 45 hours
EC341E Signal Processing and Analysis of Grid Performance Metrics 3 Credits 45 hours
EC342E Electric Motors - Mobility and Energy Efficiency 3 Credits 45 hours
EC343E Introduction to Cybersecurity 3 Credits 45 hours
EC344E Green Iot 3 Credits 45 hours
EC345E Energy Transition and Sustainability: Cities Challenges and Solutions 4 Credits 60 hours

Automation and Industrial Electrical Systems

CODE
DISCIPLINE
CREDITS
WORKLOAD
EA503E DSP-Digital Signal Processing 3 Credits 45 hours
EA514E Instrumentation for Industrial and Energy Systems 3 Credits 45 hours
EA515E Introduction to Robust Control 3 Credits 45 hours
EA516E Statistical Digital Signal Processing 3 Credits 45 hours
EA517E Advanced Solutions in Power Systems 3 Credits 45 hours
EA518E Command and Instrumentation Techniques in Power Electronics 3 Credits 45 hours

Microelectronics

CODE
DISCIPLINE
CREDITS
WORKLOAD
EM603E Desing of Analog Integrated Circuits 3 Credits 45 hours
EM604E Logic Synthesys 3 Credits 45 hours
EM605E Fabrication Processes of Integrated Circuits 3 Credits 45 hours
EM606E Desing of Digital Integrated Circuits 3 Credits 45 hours
EM607E Advanced CMOS Analog Integrated Circuit Design 3 Credits 45 hours
EM609E Subthreshold CMOS Analog Circuit Design 3 Credits 45 hours
EM611E Introduction to Electromagnetic Wave Propagation and Applications 3 Credits 45 hours
EM612E Optical Systems and Applications 3 Credits 45 hours
EM613E Computer Organization and Design 4 Credits 60 hours

Electrical Power Systems

CODE
DISCIPLINE
CREDITS
WORKLOAD
EP401E Power Systems Analysis 3 Credits 45 hours
EP402E Power System Reliability 3 Credits 45 hours
EP404E Power System Regulation and Economics 3 Credits 45 hours
EP405E Real-Time Power System Analysis and Security Monitoring 3 Credits 45 hours
EP411E Voltage Stability on Power Systems 3 Credits 45 hours
EP412E Stability on Power Systems 3 Credits 45 hours
EP413E Dynamics and Control on Power Systems 3 Credits 45 hours
EP421E High Voltage Test Techniques 3 Credits 45 hours
EP423E Topics on Insulation Coordination 3 Credits 45 hours
EP424E Energy Storage for Smart Grids 3 Credits 45 hours
EP425E Voltage Sags and Short Interruptions 3 Credits 45 hours
EP426E Modeling, Simulation and Tests Applied to Power Systems Protection 3 Credits 45 hours
EP427E Microgrid Operation Using Opendss 3 Credits 45 hours
EP428E High Voltage Transmission Technologies 4 Credits 60 hours

Main Information

Coordination

COORDINATOR

Prof. Dr. Estácio Tavares Wanderley Neto

estacio@unifei.edu.br

ASSISTANT COORDINATOR

Prof. Dr. Robson Bauwelz Gonzatti

rbgonzatti@unifei.edu.br

Council

Secretariat

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