[An introduction and implementation of problem-based learning for radiography positioning training]

Area of Science:

• Radiological science and medical education.
• Innovative teaching methodologies in healthcare professions.

Context:

• Increasing medical knowledge necessitates advanced training methods for radiological technologists.
• Traditional education models face challenges in imparting comprehensive clinical expertise within limited timeframes.
• Problem-based learning (PBL) offers a structured approach to address these educational gaps.

Purpose:

• To implement and evaluate the effectiveness of problem-based learning (PBL) in a radiography practice course.
• To enhance the problem-solving abilities and clinical reasoning skills of third-grade radiography students.
• To bridge the gap between theoretical knowledge and practical application in radiological technology.

Summary:

• A radiography practice course was designed using PBL, involving clinical case presentations, knowledge surveys, group work, radiography procedures, and reflective practice.
• The curriculum focused on an emergency patient radiography case, integrating knowledge, skills, and attitude assessment.
• The PBL methodology facilitated students' understanding of real-world clinical situations and uncovered insights not found in standard textbooks.

Impact:

• Students gained a deeper appreciation of clinical realities and identified practical nuances beyond theoretical learning.
• The PBL approach fostered enhanced problem-solving skills and a more holistic understanding of radiography practice.
• This implementation provides a model for integrating PBL into allied health professional training, improving clinical preparedness.