Learning outcomes
Students are familiar with electrocardiogram and autonomic nervous system regulation of cardiovascular system.
Students know how to measure and analyze cardiac autonomic regulation and they can interpret the results by using heart rate variability tool.
Learning activities and course content
Lectures via Zoom
Introduction and organizing the course (90 min)
Cardiovascular regulation and measurement of autonomic nervous system (90 min)
Heart rate variability background, measurement and analysis (90 min)
Heart rate variability interpretation and clinical and other implications (90 min)
Seminars and home exercises
After the lectures, each student will have a topic related to the content and
will prepare 8 min presentation to present in Seminar, and
do the Home exercise and write a short report.
Students can do Seminar presentation and Home exercise together with classmates (maximum 3 persons in a group)
Assessment methods and criteria
Pass/Fail
Students are familiar with electrocardiogram and autonomic nervous system regulation of cardiovascular system.
Students know how to measure and analyze cardiac autonomic regulation and they can interpret the results by using heart rate variability tool.
Learning activities and course content
Lectures via Zoom
Introduction and organizing the course (90 min)
Cardiovascular regulation and measurement of autonomic nervous system (90 min)
Heart rate variability background, measurement and analysis (90 min)
Heart rate variability interpretation and clinical and other implications (90 min)
Seminars and home exercises
After the lectures, each student will have a topic related to the content and
will prepare 8 min presentation to present in Seminar, and
do the Home exercise and write a short report.
Students can do Seminar presentation and Home exercise together with classmates (maximum 3 persons in a group)
Assessment methods and criteria
Pass/Fail
- Teacher: Mikko Tulppo