*Registration payment includes Credit Cards and Interfund Transfers ONLY.
RNs, LPNs, cardio-vascular monitor techs, and other healthcare professionals with VERY LIMITED OR NO experience in ECG rhythm interpretation who wish to master the skill of the very basics of ECG interpretation
This one-day course is designed to equip the participant with the BASIC knowledge essential for interpreting ECG rhythms. Methods for identifying P, QRS, T waveforms, measurements of segments and intervals, calculation of heart rate provide the tools necessary to interpret basic rhythms. This course provides practice with measurements and interpretation of sinus, atrial, junctional, ventricular, pacemaker, and AV block rhythms .
Textbook provided: ECGs Made Easy, 5th ed. (2013) by Barbara Aehlert; Mosby Elsevier Health Science Publishers.
Sherry Walter, MSN, RN, CCRN
6.0 Continuing Nursing Education Contact Hours;
6.0 Contact Hours;
6.0 CRCE Contact Hours for Respiratory Therapists
The Continuing Respiratory Care Education (CRCE) system of the American Association of Respiratory Care has granted approval for 6.0 CRCE contact hours for this course (#148266000). No partial credit will be awarded.
Other Workshops in the "ECG Core Series"
ECG Core Series- 2- Advanced ECG Interpretation: October 25, 2017
Follow this link to register for ECG Core Series- 2
The "ECG Core Series- 2: Advanced ECG Interpretation" workshop scheduled for October 25th is recommended for those who wish to expand on the knowledge and skills learned in the "ECG Core Series 1: Basic ECG Interpretation" workshop. This advanced workshop will focus more on difficult rhythms such as junctional, ventricular, and blocks.
ECG Core Series- 3- 12-Lead ECG Interpretation: November 29, 2017
Follow this link to register for ECG Core Series- 3
"ECG Core Series-3 12-Lead ECG Interpretation" workshop offers a systematic approach for examining and interpreting 12 lead ECG’s as well as basic treatments in various situations and potential problems that may be encountered. Topics will include ischemia, injury, infarcts, bundle branch blocks, axis deviations.