1. Develop Scientific and Engineering Competencies:

Equip students with the fundamentals of science and engineering, such as physics, chemistry, and mathematics, to ensure a solid understanding of the core concepts underpinning energy systems.

2. Prepare Specialized Renewable Energy Engineers:

Develop students' skills in designing and developing renewable energy systems, such as photovoltaic and wind energy systems, aligned with modern environmental and developmental requirements.

3. Foster Innovation and Critical Thinking:

Encourage students to innovate and apply artificial intelligence in renewable energy to create smart, sustainable solutions for environmental challenges.

4. Enhance Analytical and Evaluation Skills:

Enable students to analyze the performance of energy systems and assess their efficiency and sustainability using advanced analytical tools and models.

5. Provide Hands-On and Field Training:

Offer practical and field training opportunities through specialized labs and real-world internships to prepare students for future professional challenges.

6. Promote Environmental Awareness and Sustainability:

Increase students' understanding of environmental concepts and the importance of sustainability, preparing them to play an active role in achieving sustainable development goals.

7. Professional Development and Ethics:

Instill principles of professional ethics and effective communication skills in students, emphasizing the ethical and social significance of engineers' work in the energy sector.

8. Support Economic and Technological Growth:

Prepare students to understand and apply principles of engineering economics in the energy field and contribute to the development of advanced technologies that support sustainable economic growth.