Simulator Education Initiatives for On-Campus Practical Training in Nuclear Medicine Technology

Area of Science:

• Medical Imaging
• Nuclear Medicine Technology
• Educational Simulation

Background:

• Educational institutions face challenges in providing on-campus nuclear medicine training due to the absence of specialized diagnostic equipment.
• Traditional training methods are limited by the availability of on-site nuclear medicine diagnostic equipment.

Purpose of the Study:

• To introduce and evaluate a diagnostic image processing simulator for on-campus nuclear medicine technology practical training.
• To assess the impact of simulator-based training on students' understanding of nuclear medicine concepts.

Main Methods:

• Implementation of a diagnostic image processing simulator as a substitute for nuclear medicine diagnostic equipment.
• Conducting on-campus practical training sessions using the simulator.
• Administering a questionnaire survey to students to gather feedback on their training experience.

Main Results:

• Students reported a deepened understanding of nuclear medicine concepts after participating in simulator-based practical training.
• The training effectively bridged the gap between theoretical knowledge and practical application in nuclear medicine.

Conclusions:

• On-campus practical training in nuclear medicine technology is feasible using diagnostic image processing simulators.
• Simulator-based training significantly enhances students' comprehension and engagement with nuclear medicine principles.