green hydrogen an energy vector

Program Overview

The training program focuses on the production, storage, and utilization of green hydrogen as a clean energy carrier, covering electrolysis technologies, integration with renewable energy, and economic and environmental aspects.

Teaching Language :

Curriculum Highlights

Core Courses

Core Courses:

Semester 1:

Fundamentals of Industrial Control for High-Risk Processes
Mathematical Tools and Fundamentals of Artificial Intelligence
Hydrogen, Electrochemistry, and Batteries
Energy Conversion
Energy Systems and Hydrogen Chemistry

Semester 2:

Artificial Intelligence and Advanced Control
Sensors and Actuators
Hydrogen Production Processes
Electrical Machines
Hydrogen Production Technology

Semester 3:

Multi-Physics Modeling and Supervision of Hybrid Renewable Energy Systems
Management of Hybrid Renewable Energy Systems
Techno-Economic Study and Resilience of Hybrid Renewable Energy Systems

Advanced Topics

Core Courses:

Semester 1:

Fundamentals of Industrial Control for High-Risk Processes
Mathematical Tools and Fundamentals of Artificial Intelligence
Hydrogen, Electrochemistry, and Batteries
Energy Conversion
Energy Systems and Hydrogen Chemistry

Semester 2:

Artificial Intelligence and Advanced Control
Sensors and Actuators
Hydrogen Production Processes
Electrical Machines
Hydrogen Production Technology

Semester 3:

Multi-Physics Modeling and Supervision of Hybrid Renewable Energy Systems
Management of Hybrid Renewable Energy Systems
Techno-Economic Study and Resilience of Hybrid Renewable Energy Systems

View Full Curriculum

Admissions Information

Master's Degree Level:

High school diploma (Baccalaureate)
Equivalent certificate
Bachelor's degree

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