Master’s Degree in Electrical, Energetic and Hydraulic Systems Engineering
The Master’s Degree in Electrical, Energetic and Hydraulic Systems Engineering is designed to train professionals capable of understanding, designing and optimi...
Grades Préparés
Licence & Master
Parcours
3 parcours actifs
Durée moyenne
3 à 5 ans
Pathway
Doctorat / Ph.D
Fiche de la Mention
Faculté des Sciences
Université de Fianarantsoa • Campus Andrainjato
Français (avec modules d'anglais scientifique)
Licence (L1-L3) • Master (M1-M2)
EDPA & EDT ENRE
Applied Physics & Renewable Energies (Antananarivo / Antsiranana)
En savoir plus sur les Écoles DoctoralesPrésentation & Missions
The Master’s Degree in Electrical, Energetic and Hydraulic Systems Engineering is designed to train professionals capable of understanding, designing and optimizing modern electrical, energy and hydraulic systems. The program addresses key sectors such as renewable energy, sustainable water resource management and complex electrical infrastructures, responding to current technological, economic and environmental challenges. Students develop advanced skills in electrical engineering, energy systems, hydraulics, modeling, instrumentation, control, optimization and resource management.
Objectifs de la Formation
- Train engineers able to integrate, design and manage complex electrical and energy systems.
- Develop analytical, modeling and simulation skills for energy and hydraulic systems.
- Prepare students for challenges related to the energy transition, renewable energy and sustainable water management.
- Promote innovation, research and entrepreneurship in energy and hydraulic sectors.
Débouchés & Perspectives Professionnelles
- Renewable Energy Engineer
- Water Resource Management Specialist
- Energy Efficiency Consultant
- Project Manager in Electrical and Hydraulic Infrastructures
- Researcher or PhD Candidate
- Policy Advisor in Energy or Water Sectors
Parcours de cette Mention
3 parcours disponibles
Renewable Energy
Focuses on clean and sustainable energy technologies for production, storage and grid integration of renewable energy sources (solar, wind, hydro, biomass).
Electrical Energy & Hydraulic Transport Engineering
Prepares engineers who specialize in complex electrical systems and interactions between hydraulic flows and electrical infrastructures.
Integrated Water Resource Management
Prepares specialists in sustainable water resource planning and management amid environmental and climate challenges.