Bridging theory and practice: Enhancing pharmacology education through simulation-based learning and statistical analysis training

Abstract

Objective: This study aimed to evaluate the impact of simulation-based education (SBE) combined with statistical analysis training on student pharmacists learning, engagement, and competency development in areas such as hypothesis testing, data analysis, and pharmacological understanding.

Methods: A mixed-methods approach was employed, combining pre- and post-surveys, thematic analysis of student pharmacists' reflections, and capstone presentations in the Simulation-Based Experimental Pharmacology course across two semesters (Spring and Fall 2024). Participants included five students in Spring and fifteen in Fall, all enrolled in a Doctor of Pharmacy program. Surveys assessed interest, confidence, and pharmacological understanding, while qualitative reflections explored critical thinking, research skills, and real-world application of pharmacological principles.

Results: Survey results indicated marked improvements in students' pharmacological knowledge, confidence using simulation tools, and ability to identify pharmacological agents. Students also reported increased comfort with interpreting and analyzing pharmacological data. Qualitative reflections reinforced these findings, revealing enhanced skills in hypothesis formulation, data interpretation, and linking theory to practice. Dominant themes included real-world application of pharmacology, growth in scientific communication, and resilience in research.

Conclusion: Integrating SBE with statistical tools enhances student pharmacists' engagement, critical thinking, and confidence, particularly in drug identification and data analysis. This approach addresses limitations of traditional pharmacology education by offering ethical, interactive, and competency-driven learning experiences. Future research should explore long-term impacts on professional performance and clinical decision-making. This model may offer a competency-based alternative to traditional pharmacology education and warrants further evaluation of long-term impacts on clinical decision-making.

Keywords: Active learning strategies; Competency development; Pharmacology curriculum innovation; Pharmacy education; Simulation-based learning; Statistical analysis training.