ECHO 100 – Intro to Echocardiography – Global Institute of Echocardiography

About Course

About

Students will learn the foundational skills required to become a cardiac sonographer. Our hybrid curriculum is structured to provide accelerated training while gaining a thorough understanding of echocardiography.

Practicum

Students will gain hands-on experience in performing noninvasive cardiovascular procedures with an emphasis on proper scanning techniques, Doppler analysis, and image optimization.

Course Content

Week 1: Intro to Sonography
Welcome to Chapter 1 of "Intro to Sonography," a comprehensive course designed to provide a foundational understanding of the fascinating world of medical sonography. In this initial module, we delve into the fundamentals of ultrasound imaging, exploring the principles that form the bedrock of this non-invasive diagnostic technique. From an overview of sound waves and their interaction with tissues to the basic components of ultrasound equipment, students will gain insight into the science behind sonography. Join us as we embark on a journey that combines theoretical knowledge with practical applications, setting the stage for a rewarding exploration of the diverse realms within the field of medical ultrasound.

Lecture: Intro to Sonography – Chapter 1 – Introductions

11:55:00
Test Meeting
Test Meeting 2
Google Test Meeting
HW: Sonography & Patient Care Chapter 1
Lecture: Intro to Sonography – Chapter 2 – The Sonographer: A Closer Look
HW: Sonography & Patient Care – Chapter 2

Week 2: Intro to Sonography Continued
In Intro to Sonography Chapter 3 - Historical, Current & Future Applications of Ultrasound in Medicine, we trace the evolution of ultrasound technology, examine its current diverse applications in medical diagnostics, and speculate on its promising future contributions to the ever-advancing field of healthcare.

Week 3: Basic Principles & Knobology
In Intro to Sonography Chapter 5 - Basic Principles & Knobology, students will master the foundational principles of ultrasound imaging and develop proficiency in equipment control (knobology), laying the groundwork for precise and effective diagnostic sonography.

Lecture: Intro to Sonography – Chapter 8 – Basic Principles & Knobology
HW: Sonography & Patient Care – Chapter 8
Study for Test #1
Lecture: DeWitt – Chapter 1 (Part I): Normal Anatomy of the Heart
Test #1
HW Sonography & Patient Care
HW: Notebook
HW: Workbook
HW: Digital Flashcard Set

Week 4: Cardiovascular Physiology
In Part II of DeWitt Chapter 1, delve into the dynamic realm of Cardiovascular Physiology, gaining insights into the intricate mechanical responses to conduction within the heart, essential for a nuanced comprehension of cardiovascular sonography.

Lecture: DeWitt – Chapter 1 (Part II): Cardiovascular Physiology – Understanding the Mechanical Response to Conduction
HW: Notebook
HW: Workbook
Study for Abbreviation Quiz #1
Lecture: DeWitt – Chapter 3: Intro to Transthoracic Echo (TTE)
Abbreviations Quiz # 1 (A-B)
HW: Notebook
HW: Workbook
Study for Test #2

Week 5: Easter Week (No Classes)
Easter Week

Week 6: Measurements
In Chapter 4a of DeWitt's course, delve into the precision of cardiac measurements through Parasternal Long-Axis (PLAX) and M-Mode techniques in Transthoracic Echocardiography (TTE), enhancing your proficiency in capturing and interpreting essential data for comprehensive cardiovascular assessment.

Week 7: Measurements Continued
Dive into the realm of advanced cardiac measurements with a focus on Apical 4-Chamber view, Simpson's method, and Tissue Doppler Imaging (TDI), enhancing your proficiency in comprehensive cardiac assessment through nuanced sonographic techniques.

Week 8: Apical 5, 2, 3, Subcostal & Notch
In Chapter 4a of DeWitt's course, explore the dynamic aspects of Transthoracic Echocardiography (TTE) through Apical 5-Chamber, 2-Chamber, 3-Chamber, Subcostal, and Notch views, honing your skills in capturing diverse perspectives for a comprehensive assessment of cardiac anatomy and function.

Week 9: Transesophageal Echo (TEE)
Embark on a deep dive into the realm of Transesophageal Echocardiography (TEE) in Chapter 5 of DeWitt's course, exploring the principles, techniques, and clinical applications that define this advanced imaging modality for a thorough understanding of cardiac anatomy and pathology.

Week 10: Intro to Cardiac Catheterization

Lecture: DeWitt – Chapter 7: Intro to Cardiac Catheterization
HW: Notebook
HW: Workbook
Study for Quiz #6
Abbreviations Quiz #6 (P-R)
Lecture: DeWitt – Chapter 20
HW: Notebook
HW: Workbook
Study for Test #4
Test Lesson

Week 12: Understanding M-Mode

Week 13: Pressure and Velocity
Explore the dynamic relationship between pressure and velocity in this course, examining the fundamental principles that govern fluid dynamics and their crucial role in understanding cardiovascular physiology and diagnostic applications.

About Course

What Will You Learn?

Course Content

Lecture: Intro to Sonography – Chapter 1 – Introductions

Test Meeting

Test Meeting 2

Google Test Meeting

HW: Sonography & Patient Care Chapter 1

Lecture: Intro to Sonography – Chapter 2 – The Sonographer: A Closer Look

HW: Sonography & Patient Care – Chapter 2

Lecture: Intro to Sonography – Chapter 3 – Historical, Current & Future Applications of Ultrasound in Medicine

HW: Sonography & Patient Care

Lecture: Intro to Sonography – Chapter 5 – Ergonomics & the Prevention of Work-Related Musculoskeletal Disorders

HW: Sonography & Patient Care – Chapter 5

Lecture: Intro to Sonography – Chapter 8 – Basic Principles & Knobology

HW: Sonography & Patient Care – Chapter 8

Study for Test #1

Lecture: DeWitt – Chapter 1 (Part I): Normal Anatomy of the Heart

Test #1

HW Sonography & Patient Care

HW: Notebook

HW: Workbook

HW: Digital Flashcard Set

Week 4: Cardiovascular Physiology In Part II of DeWitt Chapter 1, delve into the dynamic realm of Cardiovascular Physiology, gaining insights into the intricate mechanical responses to conduction within the heart, essential for a nuanced comprehension of cardiovascular sonography.

Lecture: DeWitt – Chapter 1 (Part II): Cardiovascular Physiology – Understanding the Mechanical Response to Conduction

HW: Notebook

HW: Workbook

Study for Abbreviation Quiz #1

Lecture: DeWitt – Chapter 3: Intro to Transthoracic Echo (TTE)

Abbreviations Quiz # 1 (A-B)

HW: Notebook

HW: Workbook

Study for Test #2

Week 5: Easter Week (No Classes) Easter Week

Lecture: DeWitt – Chapter 4a The TTE: Measurements: PLAX & M-Mode

Test #2: Weeks 3-4

HW: Notebook

Study for Quiz #2

Lecture: DeWitt – Chapter 4a The TTE: Measurements: RVIT / RVOT / PSAX

Abbreviations Quiz #2 (C-D)

HW: Notebook

Week 7: Measurements Continued Dive into the realm of advanced cardiac measurements with a focus on Apical 4-Chamber view, Simpson's method, and Tissue Doppler Imaging (TDI), enhancing your proficiency in comprehensive cardiac assessment through nuanced sonographic techniques.

Lecture: DeWitt – Chapter 4a The TTE – Measurements: Apical 4, Simpsons, TDI

HW: Notebook

Study for Quiz #3

Abbreviations Quiz #3 (E-J)

Lecture: Right Heart Master Class: Understanding the RH (Video & Chpt. 4)

HW: Notebook

Lecture: Apical 5, 2, 3, Subcostal & Notch

HW: Notebook

Study for Quiz #4

Abbreviations Quiz #4 (LA-LVVO)

Lecture: DeWitt – Chapter 4b: Diastolic Function

HW: Notebook

HW: Workbook

Study for Test #3

Test #3: Weeks 6-8

Lecture: DeWitt – Chapter 5: Transesophageal Echo (TEE)

HW: Notebook

HW: Workbook

Study for Quiz #5

Lecture: DeWitt – Chapter 6: Stress Echo (SE)

HW: Notebook

HW: Workbook

Week 10: Intro to Cardiac Catheterization

Lecture: DeWitt – Chapter 7: Intro to Cardiac Catheterization

HW: Notebook

HW: Workbook

Study for Quiz #6

Abbreviations Quiz #6 (P-R)

Lecture: DeWitt – Chapter 20

HW: Notebook

HW: Workbook

Study for Test #4

Test Lesson

Week 12: Understanding M-Mode

TEST # 4: Weeks 9-10

Lecture: Evaluation of M-Mode

Study for Quiz #7

Lecture: Doppler Physics

Week 4: Cardiovascular Physiology
In Part II of DeWitt Chapter 1, delve into the dynamic realm of Cardiovascular Physiology, gaining insights into the intricate mechanical responses to conduction within the heart, essential for a nuanced comprehension of cardiovascular sonography.

Week 5: Easter Week (No Classes)
Easter Week

Week 7: Measurements Continued
Dive into the realm of advanced cardiac measurements with a focus on Apical 4-Chamber view, Simpson's method, and Tissue Doppler Imaging (TDI), enhancing your proficiency in comprehensive cardiac assessment through nuanced sonographic techniques.

Week 13: Pressure and Velocity
Explore the dynamic relationship between pressure and velocity in this course, examining the fundamental principles that govern fluid dynamics and their crucial role in understanding cardiovascular physiology and diagnostic applications.