Electrical Engineering

Explore the programs and courses offered by Electrical Engineering

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Program Overview

The Electrical Engineering program at the National Higher School of Renewable Energies, Environment, and Sustainable Development (ENS-RE²=SD) is a cornerstone discipline that bridges traditional electrotechnics and modern renewable energy systems.

Designed as a multidisciplinary pillar, it equips engineers with the scientific, technical, and managerial competencies required to lead the global energy transition.

The curriculum emphasizes the critical role of electrical engineering in:

Control and Optimization: Advanced management of solar, wind, and hybrid energy systems.

Energy Conversion: Power electronics, electromechanical systems, and grid integration.

Smart Technologies: AI-driven automation, real-time monitoring, and industrial IoT for energy applications.

Through industry-aligned projects and international collaborations, students gain hands-on experience in designing sustainable energy solutions for Algeria and beyond.

Teaching Language : The program is delivered entirely in English, ensuring adherence to international engineering standards and fostering collaboration with global academia and industry.

Curriculum Highlights

Core Courses

Foundational Electrotechnics

Electrical Machines and Drives

Electromagnetism and Network Protection

Analog/Digital Electronics

Energy Systems

Power Generation, Transmission and Distribution

Power Electronics for Renewable Integration

Signal Processing and Control Systems

Advanced Topics

Smart Grids and Renewables

Distributed Energy Resources (DERs)

Energy Storage Technologies (Batteries, Supercapacitors)


AI and Automation

Machine Learning for Energy Forecasting

Industrial Computing (SCADA, PLCs)


Emerging Technologies

Electric Vehicle Powertrains

Robotics in Energy Maintenance


Applied Learning

Capstone Projects: Design of hybrid renewable systems with grid stability analysis.

Industrial Partnerships: Internships with energy utilities and automation firms.


Labs and Workshops:

Microprocessor programming for energy control.

Prototyping of power electronic converters.

Admissions Information

For preparatory classes: The minimum baccalaureate average is 14.

For engineering specializations: Admission is through a competitive exam for entry into the second year of higher schools.


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