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The Indian Pharmaceutical Congress (IPC) 2025, to be held from December 19-21 in Bengaluru, is set to accelerate the PharmFutura movement by emphasizing the critical role of artificial intelligence (AI) in reshaping pharmacy education.
In sync with the theme of the 74th IPC ‘AI & Technology In Pharma: Educate, Innovate, Empower’, PharmFutura serves as a platform for showcasing AI-driven advancements and their potential to revolutionize the pharmacy sector. It will prepare future pharmacists to meet the demands of a digital-first healthcare system, said Prof R Raveendra, Professor and head, Department of Pharmaceutical Chemistry, MIT Pharmacy College, Mysuru.
This initiative aims to equip graduates with advanced digital competencies, enabling them to leverage AI-driven tools for clinical decision-making, drug development, patient counselling, and personalized medicine. By championing this forward-looking approach, IPC 2025 underlines that embracing AI is no longer optional but essential for the next generation of pharmacists, he added.
Integrating AI into pharmacy education is not just advantageous but essential for preparing future-ready professionals. This transformation, which we can refer to as PharmFutura, ensures that graduates are equipped with the skills to harness the power of AI in an ever-evolving healthcare landscape, he noted.
The need of the hour is to mould the present pharmacy students to next-gen professionals. AI is rapidly transforming the practice of pharmacy, making its integration into education not just beneficial but essential. Therefore, colleges need to implement AI to offer innovative pedagogical approaches. Virtual facilitators and sophisticated tutoring programs can provide personalized, adaptive learning experiences, adjusting content difficulty and focus based on individual student performance. AI tools can generate realistic case-based scenarios and practice questions for self-assessment, enhancing readiness for exams and real-world challenges, he said.
Furthermore, integrating AI concepts into the curriculum prepares students for the technology's critical applications in practice. They will have an understanding on how it accelerates drug discovery by predicting molecular interactions, optimizing pharmaceutical supply chains, and its use in personalized medicine via pharmacogenomics. They will be trained to utilize Clinical Decision Support Systems (CDSS) to identify drug interactions and potential prescription errors, significantly improving patient safety, said Prof. Raveendra.
While the opportunities are immense, yet challenges exist, including the high cost of implementation and the need for faculty training to effectively integrate these new tools. Ethical concerns regarding data privacy and the potential for algorithmic bias must also be addressed through structured training programs, he said.
Future of pharmacy education demands that educators focus on teaching students to critically evaluate AI outputs, ensuring they remain the ultimate decision-makers in patient care. By adopting AI, pharmacy schools can shift the focus of their curriculum towards a more patient-centric approach, moving beyond dispensing to embrace personalized care and advanced clinical services, said Pro. Raveendra.
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