Électrotechnique – Ingénierie de l'Énergie Électrique et du Transport
Degree Cycles
Master
Study Duration
2 years
ECTS Credits
120 ECTS (M1-M2)
Affiliated Mention
GSEEH
Track Key Facts
IEET
2 years (4 semesters)
Faculté des Sciences
Université de Fianarantsoa • Campus Andrainjato
Towards Master & Ph.D
This track seamlessly prepares for specialized Master degrees and partner Doctoral Schools.
View Doctoral Schools1. Context & Training Objectives
The objective of the Master in Electrotechnics, specializing in "Electrical Energy and Transport Engineering" (IEET), is to train high-level executives specialized in the design and operation of power grids, local industrial networks, and national or local power generation plants.
Upon completion of the program, graduates will be able to:
- Apply acquired knowledge to deliver innovative projects in the industrial sector;
- Manage and coordinate work teams within an industrial enterprise;
- Integrate into research teams in the field of electrical engineering.
2. Target Profiles & Competencies
The training delivered in Electrical Engineering within the Department of Physics at the Faculty of Science prepares versatile executives capable of taking on major roles and high responsibilities within power generation, transmission, and distribution companies as well as large industrial enterprises across various sectors.
Core pillars of the program:
3. Regional & National Employability
Rising electricity consumption alongside industrial growth requires continuous adaptation and improvement of power generation and distribution systems—creating strong demand for specialists capable of addressing complex electro-energy challenges.
Graduates can work in power generation, management, and operation companies, manage electrical power supply across industrial plants, or launch their own electrical installation and maintenance businesses.
Target Companies & Sectors
4. Admission Requirements
Admission to the "Electrical Energy and Transport Engineering" specialization is based on academic file review. Applicants must hold a Bachelor’s degree in Physics-Chemistry (especially Electrical Networks) or an equivalent degree in one of the following fields:
Curriculum & Courses
- Réseaux électriques et automatisme
- Machines électriques avancées
- Systèmes hydroélectriques et turbines
- Simulation des systèmes multi-physiques
- Optimisation et régulation des réseaux
- Projet appliqué ou stage industriel
Other tracks in this Mention
Discover other tracks offered in the Génie des Systèmes Électriques, Énergétiques et Hydrauliques mention.
Renewable Energy
Focuses on clean and sustainable energy technologies for production, storage and grid integration of renewable energy sources (solar, wind, hydro, biomass).
Integrated Water Resource Management
Prepares specialists in sustainable water resource planning and management amid environmental and climate challenges.
Professional Bachelor's in Renewable Energy – Energy Resource Management
This professional bachelor's track trains professionals able to design, operate and manage renewable energy production systems while optimizing the use of energy resources. Graduates are prepared to join energy companies, engineering consultancies, local authorities, development organizations and institutions working in energy transition, energy efficiency and sustainable development. #### Admission requirements: Scientific, technical or technological baccalaureate.
Professional Bachelor's in Electrical Installations Operations Technology
This professional bachelor's track trains qualified professionals in the operation, maintenance, monitoring and securing of electrical installations. Graduates can work in industrial companies, electricity production and distribution companies, engineering consultancies, construction and public works companies, and in the technical departments of public and private organizations. #### Admission requirements: Scientific, technical or technological baccalaureate.
Professional Bachelor's in Water Operations Technology
This professional bachelor's track trains professionals able to operate, maintain and manage water supply systems, hydraulic networks and associated infrastructure. Graduates work in local authorities, water production and distribution companies, engineering consultancies, public bodies and development projects related to water resource management. #### Admission requirements: Scientific, technical or technological baccalaureate.