Hamdan Al Fazari

This paper explores how higher education institutions in the Arab world can leverage artificial intelligence to advance economic development through creative, student-centered research, using Sohar University in Oman as a case study. In alignment with Oman's Vision 2040 transition toward a diversified, knowledge-based economy, universities are increasingly expected to graduate students who are not only AI-literate, but also capable of understanding core AI theories and applying them to address local industrial and societal challenges. At Sohar University, recent developments provide a timely context for examining this transformation. These include the strengthening of student-centered learning and research through the Teaching Research Nexus (TRN) approach, the introduction of AI and Cyber Security programs, the development of AI policies and guidelines, and the establishment of an Innovation Centre, alongside strategic investment in AI infrastructure and institutional reaccreditation processes. Within this setting, the study focuses on three student-centered initiatives: the integration of AI modules across non-STEM programs to enhance cross-disciplinary problem-solving skills; the "AI for Al Batinah" undergraduate research incubator, where students collaborate with SMEs, ports, and logistics companies in Sohar to develop AI solutions for supply chains, energy efficiency, and water management; and a capstone reform that replaces traditional theses with industry-linked AI projects evaluated based on creativity, impact, and commercialization potential. Drawing on preliminary findings from student surveys, graduate employment data, and project outcomes, the paper suggests that embedding AI within creative, research-driven learning environments enhances student employability, entrepreneurial mindsets, and contributions to regional economic diversification. It also examines the extent to which this approach supports the emergence of tech-based ventures and improves access to roles within Oman's growing digital economy. Overall, the study argues that Arab universities can replicate this model by aligning reaccreditation standards with AI pedagogy and student research ecosystems, thereby positioning students as active contributors to economic transformation rather than passive beneficiaries. The case of Sohar University demonstrates that when institutional strategy, AI infrastructure, and student engagement in research are effectively aligned, higher education can serve as a direct catalyst for sustainable development in the Arab world.