Commission on Accreditation of Allied Health Education Programs (CAAHEP)

1361 Park St., Clearwater, FL 33756

Tel: 727.210.2350

and the Accrediting Council for Independent Colleges and Schools (ACICS).

Certified to operate an institution of postsecondary education in Virginia by The State Council of Higher Education for Virginia (SCHEV).


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Cardiovascular Technology


  • Offering 4 specialties, 2 invasive and 2 ultrasound (non-invasive)
  • Clinical exposure in some of the most highly advanced technological settings
  • Small clinical and class sizes
  • Enrollment: 39 (2015-16 academic year)


Cardiovascular Technologists are employed throughout the country in hospitals, clinics, physician offices, imagining centers, operating rooms, clinical research laboratories, and the biomedical industry. Cardiovascular Technologists assist physicians and surgeons in performing many diagnostic and therapeutic procedures both in the hospital and in the outpatient setting. The specialized fields of Cardiovascular Technology are in high demand. Sentara College offers four specialties: Invasive Cardiovascular Technology, Cardiac Electrophysiology, Non-Invasive Vascular Study, and Adult Echocardiography.

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About the Associate's Degree in Cardiovascular Technology Program

  • Daytime, fulltime—Monday through Friday. Students can expect to be in classes or clinicals Monday through Friday any time between 7:00 a.m. and 5:00 p.m.
  • Program is offered every August
  • Graduate with your Associate's Degree of Applied Science in Cardiovascular Technology and be eligible to sit for the registry examinations with permission from the Program Director
  • Enjoy priority placement within the Sentara Healthcare System
  • Four specialties offered: Invasive Cardiovascular Technology, Cardiac Electrophysiology, Non-Invasive Vascular Study, and Adult Echocardiography


About the Specialties

Sentara College offers four specialties: Invasive Cardiovascular Technology, Cardiac Electrophysiology, Non-Invasive Vascular Study, and Adult Echocardiography. (Click each title for the specific page on the specialty and admission requirements.)

Invasive Cardiovascular Technology

  • Member of the Cardiac Catheterization (Cath Lab) team
  • Assists the cardiologist in performing procedures that diagnose and treat diseases of the heart and coronary arteries
  • Procedures commonly used in the Cath Lab include: coronary angiography, percutaneous coronary intervention (i.e., stent, balloon, plaque removal devices, etc.), and right heart catheterizations
  • Responsible for preparing patients for each procedure
  • Provide direct patient care and in some areas administer medications under the supervision of the physician

Cardiac Electrophysiology

  • Member of the Electrophysiology Lab (EP Lab) team
  • Perform studies that diagnose heart rhythm disorders as well as procedures that treat these disorders (i.e., insertion of pacemakers or a defibrillator)
  • Serves as the first assistant to the physician and is responsible for reviewing and compiling data collected during EP procedures and device implants
  • Perform direct patient care both prior to and immediately following EP procedures

Non-Invasive Vascular Study

  • Vascular Technologists evaluate blood flow within the arteries and veins of the body to determine the presence or absence of vascular disease. Vascular Techs work with the following areas of the body: arteries and veins of the arms and legs, the arteries of the neck and head, the arteries and veins of the kidneys, liver, and mesenteric circulation
  • Procedures are done without injections or dyes, thus making them non-invasive
  • Two modalities are used: Physiologic and Duplex Ultrasound
    • Physiologic studies involve obtaining blood pressures of the arms and near the ankle and the use of a Doppler probe to obtain waveforms of the arterial blood flow to determine if there are blockages
    • Duplex Ultrasound produces a sonographic image of the vessel as well as provides information regarding changes in blood flow velocity, which may be abnormal and characteristic of specific vascular disease processes (i.e., blood clots, stenosis, or an aneurysm)
  • Vascular Technologists work one-on-one with the patient and write preliminary reports of the findings, which are in return read by the physician who will interpret the study and write conclusions. Treatment decisions are then made as a result of these studies

Adult Echocardiography

  • Echocardiograms are among the most widely used non-invasive diagnostic tests for heart disease
  • Echo Technologists perform these procedures one-on-one in a hospital or outpatient setting. Tests may be performed in conjunction with a physician
  • Ultrasound is utilized to perform these tests. It is used to gather data about the structure and function of the cardiac chambers, valves, and vessels leading to and from the heart
  • Multiple types of tests exist: transthoracic echocardiogram, transesophogeal echocardiogram, and stress echocardiogram (a.k.a. stress test)  


Student Success Data

Placement Rates (1)  
Program 2016 2015 2014 3 Year Avg
Adult Echocardiography 0* 75% 100% 88%
Cardiac Electrophysiology  0* 100% 100% 100%
Invasive Cardiovascular Technology  100% 86% 64% 83%
Non-invasive Vascular Study  75% 86% 100% 87%
Graduation Rates (2)
Program 2016 2015 2014 3 Year Avg
Adult Echocardiography 0* 89% 75% 82%
Cardiac Electrophysiology  0* 75% 80% 78%
Invasive Cardiovascular Technology  100% 86% 100% 95%
Non-invasive Vascular Study 67% 86% 86% 80%
National Exam Pass Rates (3) Cumulative Cumulative Cumulative Cumulative
Program 2016 2015 2014 3 Year Avg
Adult Echocardiography  0* 100% 100% 100%
Cardiac Electrophysiology  0* 100% 100% 100%
Invasive Cardiovascular Technology 100% 100% 91% 97%
Non-invasive Vascular Study 100% 86% 100% 95%

All data presented here was reported to CAAHEP in November 2016.

(1) The percentage of graduates who are placed in the related field of study by August 11th of the year following graduation. (It may take 3-5 months for our graduates to actually get placed, so this represents only the three months after graduation.) This rate is calculated by taking the total number of graduates placed divided by the total number of graduates minus the number of graduates unavailable for placement due to medical issues, active duty military service, or continuing education.

(2) Total students in the class who have been reported as graduates to-date.    

(3) The total percentage of graduates who pass the licensure or certification exam on their first or subsequent attempts. 

(*) No graduates during this academic year.