Content area
Objectives
This study aimed to develop an experimental teaching module based on virtual simulation (VS) to facilitate the instruction of undergraduates in regenerative endodontic procedures (REPs) and to assess its impact on academic outcomes and students’ perceptions.
Methods
A REPs-VS platform with detailed diagnostic thinking, treatment protocol, and outcome evaluation scripts we developed. In total, 123 undergraduates in the fourth year were randomly divided into group A (REPs-VS teaching mode) and group B (traditional teaching mode). The effectiveness was evaluated by theoretical and operational examinations. The perspectives of students were assessed via questionnaires.
Results
The total scores of the theoretical and operational examinations in group A were 82.10 ± 14.50 and 90.65 ± 4.81, respectively, which were significantly higher than the control group. Approximately 98.3% of students in group A agreed that the REPs-VS teaching platform improved their knowledge and skills. Most of the students in both groups unanimously acknowledged that the REPs-VS platform effectively enhanced the course’s entertainment value and consequently increased their enthusiasm.
Conclusion
The REPs-VS teaching platform established herein is an innovative and practical tool that can enhance the comprehension of REPs among undergraduate students, providing a more robust foundation for clinical practice.
Details
Instructional Improvement;
Educational Quality;
Patients;
Control Groups;
Influence of Technology;
Experimental Groups;
Sample Size;
Experimental Teaching;
Medical Education;
Learning Experience;
Educational Technology;
Dental Schools;
Communication Skills;
Ethics;
Skill Development;
Educational Objectives;
Knowledge Level;
Educational Assessment;
Dental Evaluation;
Educational Administration;
Computer Software;
Learning Modules;
Educational Needs;
Educational Strategies