A Simulation-Based Training Platform for Graduate Pharmacists: The Interactive Virtual Pharmacy System

Pharmaceutical education is evolving rapidly, creating a requirement for innovative tools that stretch beyond traditional lectures. This project presents the Interactive Virtual Pharmacy App, a simulation platform intended to improve the skills and confidence of graduate pharmacists. The application bridges classroom study and real-world practice by providing lifelike scenarios where users can safely develop their competencies. The app lets users browse virtual pharmacies similar to those in real hospitals and communities. They can practice filling prescriptions, handle different patient cases, and get immediate, evidence-based feedback. The app also tracks each user's progress, highlighting their strengths and areas for improvement. It works on phones, tablets, and computers, and does not need a constant internet connection, so users can learn anywhere. The application is developed with React Native for mobile platforms, with a Node.js and Express backend. Data management utilizes both MongoDB and PostgreSQL databases for efficiency. The system is designed to provide response times under two seconds, maintain 99.5% availability, and fully comply with WCAG 2.1 accessibility standards. Peer-reviewed studies indicate that virtual simulation training can reduce medication errors by 35%. Meta-analyses further demonstrate that interactive media outstrip traditional lectures in promoting learner engagement and information retention. This work was conducted at Arab International University (AIU), Syria. The official website of the university is: https://www.aiu.edu.sy