Energy Engineering

Program Overview

The Master’s in Energy Engineering is a two-year graduate program aimed at training engineers capable of addressing current and future energy challenges through advanced scientific and technical skills. The program combines fundamental thermofluid sciences with applications in energy systems, thermal machines, heat transfer, and propulsion technologies.

Through an approach that integrates academic knowledge and practical experience, students develop strong competencies in numerical modeling, energy conversion systems, instrumentation, and process optimization. This program is well-suited for addressing issues related to energy efficiency, renewable energy integration, and the design of high-performance thermal systems.

This program is ideal for students aiming to:

Acquire advanced technical skills in thermal and energy systems,
Pursue careers in energy production, HVAC, transportation, or energy consulting sectors,
Engage in applied research and development in sustainable and innovative energy technologies.

Teaching Language : English

Curriculum Highlights

Core Courses

The curriculum is structured around coherent teaching units across three semesters that include:

Semester 1: Advanced Fluid Mechanics, Thermal Machines, Heat and Mass Transfer, Instrumentation, and Technical English.
Semester 2: Thermal Drying, Heating and Air Conditioning, Turbomachinery, Control and Finite Volume Methods.
Semester 3: Internal Combustion Engines, Cryogenics, Propulsion, Optimization, and Research Methodology.

Laboratory work in fluid mechanics, thermal machines, and simulation tools is integral to the training.

Advanced Topics

As students progress, they gain expertise in:

Propulsion and Cryogenic Technologies
Internal Combustion Engine Design and Optimization
Heating, Ventilation, and Air Conditioning (HVAC) Systems
Energy Systems Simulation using CFD Software
Instrumentation and Automated Control Systems
Energy Recovery and Waste Heat Utilization
Advanced Optimization Techniques
Research and Scientific Writing

These modules are supported by hands-on projects, labs, and case studies tailored to real-world energy engineering problems. The program emphasizes the practical application of concepts, preparing students for roles in both industry and research.

View Full Curriculum

Admissions Information

Admission to the Master’s in Energy Engineering is open to students holding a Bachelor’s degree in Mechanical Engineering, Energy Engineering, Thermodynamics, or related fields. Selection is based on academic performance, motivation, and alignment with the program objectives. International candidates are encouraged to apply and may contact the admissions office for additional support.

Apply Now