Engaging grade school learners with an interactive medical imaging activity.

Area of Science:

• Medical Physics Education
• STEM Outreach

Background:

• Medical imaging technologies like computed tomography (CT) are crucial for non-invasive visualization of internal structures.
• Engaging young students in science is vital for future STEM workforce development.

Purpose of the Study:

• To present an active learning lesson plan for 4th-8th graders focused on spatial reasoning using medical imaging.
• To introduce students to the role of scientists in healthcare and medical physics.
• To align educational content with Next Generation Science Standards.

Main Methods:

• A 45-minute lesson plan involving the review of CT image cross-sections of familiar objects.
• Demonstration of standard anatomical planes (axial, sagittal, coronal) using CT datasets.
• Interactive activity comparing fruit internal structures with medical images.

Main Results:

• Students engage in spatial reasoning through analyzing medical imaging data.
• The lesson effectively introduces fundamental concepts of medical imaging and anatomical planes.
• The activity fosters an understanding of scientists' contributions to healthcare.

Conclusions:

• This lesson plan provides an accessible and engaging method to introduce medical physics and imaging to young students.
• The included supplementary materials facilitate easy adaptation for educators and community outreach.
• The program aims to inspire interest in medical physics and related STEM fields.