On 12 February 2026, an orientation lecture for First Year MBBS students was delivered by Dr. Prof. Wafa Omar, Director Research Cell, who introduced the Research Cell team and outlined the support available to students, including guidance in proposal development, ethical approval, data analysis, manuscript writing, and publication. She emphasized the importance of early research engagement to enhance critical thinking and evidence-based practice, encouraged interdisciplinary collaboration, and concluded the session with an interactive discussion on research opportunities and academic participation.
The orientation was followed by an educational visit to the Business Incubation Center (BIC) and the AI Excellence Center at the E-8 Campus of Bahria University. The visit was designed to provide students with firsthand exposure to innovation ecosystems and emerging technological applications in healthcare and business. At the Business Incubation Center (BIC), students were introduced to the structured process of startup development. Officials explained how innovative ideas are transformed into viable business models through stages such as ideation, validation, prototyping, funding acquisition, and market scaling. Students observed ongoing startup projects and learned about mentorship programs, investor pitching sessions, intellectual property protection, and business acceleration mechanisms. The concept of entrepreneurship in healthcare was particularly emphasized, including opportunities for medical graduates to develop health-tech solutions, diagnostic tools, and digital health platforms. During the visit to the AI Excellence Center, students explored state-of-the-art laboratories and demonstration areas showcasing AI-driven innovations. Faculty members and technical experts demonstrated ongoing artificial intelligence projects, including machine learning models, computer vision applications, and simulation-based technologies. One highlighted project was a virtual try room application, demonstrating how augmented and artificial intelligence technologies can enhance customer experience and digital interaction. Students were also briefed on potential AI applications in medicine, such as predictive analytics, medical imaging interpretation, patient monitoring systems, and personalized treatment planning. The interactive nature of the visit allowed students to engage directly with innovators, researchers, and entrepreneurs. They gained insights into how research, technology, and commercialization intersect to create practical solutions for real-world problems. The exposure broadened their understanding of modern professional practice, illustrating how medical education today extends beyond clinical knowledge to include research competence, technological literacy, and entrepreneurial thinking. Overall, the visit served as a valuable experiential learning opportunity, inspiring students to integrate research, innovation, and interdisciplinary collaboration into their future medical careers.
