Development of a Web-Based Virtual Simulated Learning Environment for Pharmacy Practice Education.

Area of Science:

• Pharmacy Education
• Health Professions Education
• Computer-Based Learning

Background:

• Traditional pharmacy practice tutorials often require human tutors.
• There is a need for supplementary educational tools that can be accessed on personal computers.
• Virtual simulations offer a scalable solution for pharmacy education.

Purpose of the Study:

• To develop a virtual simulation for pharmacy students to practice real-world prescription and pharmacy scenarios.
• To create a supplementary educational tool that enhances learning outcomes in pharmacy practice.
• To assess the potential of computer-based simulations as an alternative to traditional learning methods.

Main Methods:

• A computer-based simulation of a community pharmacy was developed.
• The simulation includes modules for drug dispensing, patient counseling, and clinical scenarios.
• Over 2000 real prescriptions and over 200 instructor-supervised clinical scenarios were incorporated.

Main Results:

• The simulation was designed based on core pharmacy curriculum topics and real-world pharmacist tasks.
• Exercises were developed to reflect challenges faced by community pharmacists, including medication use in pregnancy/lactation and OTC recommendations.
• The program covers essential clinical tips for pharmacy students, such as advising on OTCs, referrals, and general health advice.

Conclusions:

• The virtual simulation aims to enhance prescription dispensing and clinical skills for pharmacy students.
• Future evaluations will assess if the simulation provides equivalent or superior learning outcomes compared to current approaches.
• Successful validation could lead to the promotion of this simulation as a valuable educational resource.