Radiography Students' Learning of Plain X-Ray Examinations in Simulation Laboratory Exercises: An Ethnographic...

Area of Science:

• Medical Education
• Radiography Training
• Simulation-Based Learning

Background:

• Simulation-based learning is increasingly vital for radiography students.
• Understanding how students learn plain X-ray examinations in simulation is key for professional development.

Purpose of the Study:

• To describe radiography students' learning process for plain X-ray examinations in simulation laboratory exercises.
• To understand the nuances of student learning in this simulated environment.

Main Methods:

• Observational and interview data collected from 17 radiography students during simulation exercises.
• Learning analyzed through the lens of social constructivism and interpretive ethnography.
• Constant comparative method used for data analysis.

Main Results:

• Students learned through model-based experimentation, including manikin imaging, image evaluation, and peer guidance.
• Collaborative learning was the primary method, fostering theory-practice connection, instruction following, and teamwork.
• Academic preparation and learning tasks influenced learning, with unsupervised experimentation posing challenges.

Conclusions:

• Simulation laboratory exercises using manikins are a valuable tool for teaching radiography students plain X-ray examinations.
• Emphasis on simulation pedagogy and students' foundational academic skills is recommended.