Innovative Approaches in Exercise Physiology Education

Key Findings

Students in a new physical activity prescription course reported improved understanding and application of exercise principles after completion.
An initiative promoting Exercise is Medicine® within cancer care has shown potential in enhancing the role of exercise in cancer prevention and treatment.
Integrating generative AI tools in exercise and sports science education can significantly enhance students' abilities to interpret complex physiological data.

Incorporate physical activity prescription principles into client assessments to tailor exercise programs more effectively.
Utilize the Exercise is Medicine® framework to educate clients on the benefits of exercise in managing chronic diseases, particularly cancer.
Explore the use of generative AI tools to aid in client education and data interpretation, making complex physiological concepts more accessible.

A systematic review indicates that the use of ultrasound as a teaching tool in basic anatomy and physiology enhances learning outcomes, as perceived by both students and staff.
Flipped classroom models in undergraduate anatomy and physiology courses have been shown to significantly improve academic performance and student satisfaction.
The adaptation of systematic review and meta-analysis methods as an educational exercise for undergraduate biomedical students has been positively received, enhancing their research skills.

Incorporate ultrasound technology into training sessions to improve students' understanding of anatomy and physiology.
Implement flipped classroom strategies to increase engagement and academic performance in physiology courses.
Utilize systematic review and meta-analysis exercises to develop critical thinking and research skills in students.