Scientific Articles and Academic Studies | College of Science Introduction The world is witnessing rapid advances in artificial intelligence (AI) technologies, which have brought about fundamental transformations across various sectors, particularly higher education. These technologies have contributed to the emergence of modern educational approaches based on data analysis, adaptive learning, intelligent assistants, and the provision of more flexible and interactive learning environments. The role of universities is no longer limited to transferring knowledge to students. It now extends to developing critical thinking, scientific research, creativity, and the ability to engage with modern technologies. In this context, artificial intelligence represents an important opportunity to enhance the educational process and improve learning outcomes, provided that it is employed within clear scientific and ethical frameworks. First: The Role of Artificial Intelligence in Developing the Educational Process Artificial intelligence contributes to supporting university education by providing tools that help improve teaching methods and enhance the learning experience. Intelligent systems can analyze students’ performance and identify their strengths and weaknesses, helping instructors select educational approaches that suit students’ needs and levels of understanding. AI applications also enable generative AI tools to explain complex scientific concepts, summarize texts, organize information, and provide preliminary feedback on academic assignments. These tools can support self-directed learning and encourage students to ask questions and explore new scientific topics. Systematic reviews in science education indicate that these technologies offer promising opportunities to improve educational practices and assessment methods, while emphasizing the importance of selecting appropriate tools and considering the nature of each academic subject. Second: Artificial Intelligence and Support for Scientific Research Scientific research is one of the key fields that can benefit from artificial intelligence technologies. These tools help researchers organize data, identify patterns, analyze information, generate preliminary research ideas, and facilitate access to scientific knowledge. In scientific disciplines, AI can be used to analyze laboratory images, examine biological data, simulate certain physical phenomena, and support the development of computational models used in medical and environmental applications. However, using artificial intelligence in scientific research does not eliminate the need to verify results, consult original sources, and assess data reliability. Scientific accuracy and research integrity remain essential principles that cannot be compromised. Third: The Role of Artificial Intelligence in Developing Students’ Skills The contemporary workplace requires students to possess skills beyond memorizing and recalling information. These include analytical thinking, problem-solving, critical thinking, communication, and teamwork. Artificial intelligence can contribute to developing these skills when used as a learning support tool rather than a substitute for students’ intellectual effort. For example, students can use intelligent applications to review concepts, compare solutions, test hypotheses, and practice solving scientific problems. These applications can also promote independent learning and provide additional opportunities to understand topics that require repeated explanation. However, gaining real benefits from these capabilities requires students to evaluate the information they receive, compare answers with reliable references, and distinguish accurate information from content that may contain errors or unsupported conclusions. Fourth: Ethical and Technical ChallengesDespite the opportunities offered by artificial intelligence, its integration into university education raises several challenges that require attention from educational institutions. The most significant include protecting personal data, maintaining academic integrity, verifying information accuracy, and reducing bias in the outputs of intelligent systems. Furthermore, excessive reliance on these tools may weaken students’ independent thinking skills if they use them to complete assignments and research projects without understanding or reviewing the content. Therefore, clear guidelines should be established to define acceptable uses of artificial intelligence in educational and research activities, while enhancing students’ and instructors’ awareness of its limitations and risks. The United Nations Educational, Scientific and Cultural Organization (UNESCO) emphasizes the importance of adopting a human-centered approach to the use of artificial intelligence in education and research, with particular attention to privacy, fairness, and ethical responsibility.