Energy Engineering

Program Overview

The Energy Engineering – Mechanical Engineering program aims to train specialists in the design, optimization, and management of energy systems. It covers key areas such as thermodynamics, renewable energy, fluid mechanics, and heat transfer. This program combines theoretical knowledge and practical training to prepare students for industrial and environmental challenges, with a focus on innovation in the energy sector.

Teaching Language : English

Curriculum Highlights

Core Courses

Applied Thermodynamics – Fundamentals and applications in energy systems.
Fluid Mechanics – Analysis of fluid flows and hydraulic/airflow system design.
Heat Transfer – Conduction, convection, and radiation in thermal systems.
Internal Combustion Engines – Study of thermodynamic cycles (Otto, Diesel, Atkinson, etc.) and efficiency.
Renewable Energy – Study of solar, wind, and biomass technologies.
Thermal Machines and Turbomachines – Operation and optimization of engines and turbines.
Electricity and Electrotechnics – Basics of electrical circuits and energy management.
Mechanical Design and Modeling – Use of CAD/CAE software for system design.
Automation and Control – Command and control of energy and mechanical systems.
Materials and Strength of Materials – Properties and mechanical behavior of materials.
Energy Management and Efficiency – Optimization of industrial and building energy performance.
CFD Simulation Software – Simulation and performance improvement of components such as heat exchangers, turbines, engines, and ventilation systems.

Advanced Topics

Advanced CFD Modeling and Simulation – Analysis of turbulent flows, heat transfer, and fluid-structure interactions.
Energy Systems – Optimization of energy management strategies.
Alternative Energies – Optimization of energy conversion processes.
Thermodynamic Optimization of Industrial Systems – Exergy analysis and efficiency improvement.
Advanced Materials for Energy Engineering – Use of composites and innovative materials for thermal and mechanical efficiency.

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Admissions Information

Entry Requirements

Open to students holding a scientific or technological baccalaureate (Mathematics, Physics, Mechanical Engineering, etc.).

Academic Prerequisites

A strong foundation in mathematics, physics, and mechanics is required. Skills in computing and modeling are an advantage.

Selection Process

Application Review – Evaluation of academic records and past performance.
Possible Test or Interview – Assessment of knowledge and motivation.
Final Admission Decision – Based on academic performance and selection results.

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