Master in Energy

University of reunion island  Reunion island, France 

ERASMUS-LA HAUTE ECOLE CONDORCET-MASTER IN INDUSTRIAL ENGINEERING

The scientific objectives of this program are to train specialists capable of understanding, modeling, designing, and optimizing intelligent renewable energy systems by implementing various skills acquired during their two years of master's studies.

The professional objectives aim to equip graduates with the capabilities needed for roles such as researchers and high-level professionals (engineers, experts, advisors, etc.). To achieve this goal, the program is designed to enable graduates to quickly access leadership positions by developing scientific and technical skills, along with various cross-disciplinary competencies throughout their academic journey.

Acquired Competencies:

Scientific Competencies:

- Rigorous and logical scientific thinking

- Ability to compile scientific and technical documents

- Capacity to grasp new knowledge and techniques with reactivity

- Analytical approach to complex situations with an interdisciplinary perspective

- Innovation mindset and technological watchfulness

Technical Competencies:

- Evaluate the potential of technologies for new applications

- Design and optimize efficient and safe renewable energy systems

- Utilize and master new technologies available in economic and/or industrial environments

Organizational Competencies:

- Ability to work autonomously and responsibly

- Capability to work within limited timeframes

- Research methodology and document/data processing

- Project management and execution

Relational Competencies:

- Effective communication with clarity and precision in an adapted language

- Proficiency in technical and scientific English

- Ability to work in a team on a project

- Establish professional relationships with partners"

University of reunion island  Reunion island, France 

The Bachelor's program in Electronics, Electrical Energy, and Automation (EEA) is characterized by a multidisciplinary approach that integrates technical and technological knowledge, supported by a strong scientific foundation. Focused on the conversion and control of energy (electric/thermal), the program includes a set of cross-disciplinary skills (computer science, English, C2I, oral presentations) and fundamental knowledge (Flow and Transfer, Wave Propagation, Thermodynamics of Machines). This forms the basis for exploration into applied sciences (analog and digital electronics, mass and heat transfer, energetics) and associated technologies (electricity, Renewable Energy Sources, Carbon Footprint, Software Engineering).

Acquired Competencies:

Organizational Competencies:

- Ability to work independently and responsibly.

- Capability to work within limited timeframes (meeting deadlines).

- Research methodology and document/data processing:

- Information retrieval (Internet, databases, documentation, official texts).

Relational Competencies:

  - Effective communication with clarity and precision in both written and oral forms:

  - Mastery of the French language.

  - Ability to present and speak in public (stress management).

  - Proficiency in technical and scientific English.

Scientific and Technical Competencies:

- In-depth knowledge and understanding of specific scientific domains.

- Abstract thinking, rigorous scientific attitude, and logical reasoning.

- Ability to compile scientific and technical documents.

- Capacity to grasp new knowledge, techniques, and situations with reactivity.

ENSET, Rabat, Morocco 

The University Technology Diploma (DUT) in Electrical Engineering is designed to provide a comprehensive understanding of electrical engineering principles and applications. The program encompasses a diverse range of technical and practical skills, laying the foundation for a successful career in the field.

Objectives of the Program:

The program aims to equip students with a solid foundation in electrical engineering, focusing on theoretical knowledge as well as hands-on experience. Through a combination of coursework and practical projects, students gain proficiency in various aspects of electrical engineering, including circuit analysis, electronics, power systems, and control systems.

Acquired Competencies:

Technical Competencies:

- Proficiency in circuit analysis and design.

- Understanding of electronic components and systems.

- Knowledge of power systems and distribution.

- Skills in control systems and automation.

Practical Skills:

- Application of theoretical knowledge through hands-on projects.

- Use of industry-standard tools and software in electrical engineering.

Problem-Solving Abilities:

- Ability to analyze and solve complex electrical engineering problems.

- Critical thinking and troubleshooting skills.

Communication and Collaboration:

- Effective communication of technical concepts.

- Collaboration within a team environment.