School of Continuing Studies | Brooklyn Campus

Brooklyn Campus - School of Continuing Studies

Accreditation: LIU has been accredited by the Commission on Accreditation of Allied Health Education Programs (CAAHEP) through the Joint Review Committee on Education in Diagnostic Medical Sonography (JRC-DMS)

Vascular Technology has proven to be safe and has generated cost-effective diagnostic breakthroughs in healthcare today. America's demographics are helping change medical care delivery. The average age of the American population will continue to increase through the year 2008, with the largest projected increases occuring in the 40-59 and 80+ age groups. Employment of vascular technologists is expected to grow faster than the average through 2012 as the population grows and ages, increasing the demand for diagnostic imaging and therapeutic technology (U.S. Department of Labor).

The physicians ordering vascular ultrasound exams rely on the vasuclar technologists' skill and knowledge to properly assist in the diagnosis of patients with life/limb-threatening vascular disease. A patient can be safely and accurately assessed with a well-educated, skilled vascular technologist using computer-based ultrasound imaging and physiologic testing.

LIU's Vascular Technology Certificate Program
Long Island University offers a response to the changing demographics of today's world by providing highly-qualified professors and clinical-affiliate sites in this program dedicated to vascular ultrasound. This is a full-time program. It combines classroom didactics, ultrasound lab practicum, and clinical rotations at the best vascular laboratories in New York. Students are responsible for physical exams and required immunizations. If a student does not have a CPR card, LIU will provide required CPR coursework; the student is responsible for the course fee.

Admission Requirements
The criteria for entry into LIU's Vascular Technology Certificate Program meet the minimum requirements for the Joint Review Committee on Education in Diagnostic Medical Sonography (JRC-DMS). Students must have either a High School Diploma or the equivalent, and have satisfactorily completed a course in biological science, general physics, algebra, and communication skills. Transcripts are required.

Upon meeting the requirement above, the potential student must participate in an interview and receive a
positive rating.

Tuition
Tuition is $20,000 for the entire program. A convenient deferred payment plan and loans are available for qualified applicants.

There is a $50 laboratory fee due within the first two weeks of the program; there is a $30 certificate fee, payable at the beginning of the last course in the program.

Program Schedule
The Vascular Technology Certificate Program will have a program starting in Fall 2008 (September 2008) and also in Spring 2009 (January 2009).

Certificate Requirements
To be eligible to receive the certificate, you must successfully complete VAS 100-VAS 103, with a grade of "C" or higher for each individual course:

VAS 100
VASC 095 Introduction to Healthcare and Diagnostic Medical Sonography
VASC 150 Applied Anatomy and Physiology in Cardiovascular Health and Diagnosis
VASC 193 Extremity Venous Principles
VASC 993 Extremity Venous Procedures
VASC 215 Ultrasound Physics I
VASC 421 Vascular Clinical Preceptorship I

VAS 101
(Prerequisite: VAS 100)
VASC 191 Cerebrovascular Principles
VASC 991 Cerebrovascular Procedures
VASC 192 Extremity Arterial Principles
VASC 992 Extremity Arterial Procedures
VASC 225 Ultrasound Physics II
VASC 422 Vascular Clinical Preceptorship II

VAS 102
(Prerequisite: VAS 101)
VASC 194 Visceral Vascular Principles
VASC 994 Visceral Vascular Procedures
VASC 339 Vascular Lab Management
VASC 423 Vascular Clinical Preceptorship III

VAS 103
(Prerequisite: VAS 102)
VASC 424 Vascular Clinical Preceptorship IV
VASC 499 Vascular Review

For more information, please call (718) 488-1362 or (718) 488-3439.

Vascular Technology Courses

VAS 100

Introduction to Healthcare and Diagnostic Medical Sonography (VASC 095)
Beginning students in the Vascular Technology Certificate Program gain basic entry-level knowledge and skills required for this occupation. The course includes: an introduction to healthcare systems and agencies; legal, personal, and ethical responsibilities; basic medical terminology; the promotion of safety; infection control; and vital signs (in addition, there is some simulated lab work). (45 hours)

VASC 095
Section 2: Mondays, 10:00 a.m. - 1:00 p.m.
Instructor: Rick Dubin, RVT, RDMS
* * * * *
Applied Anatomy and Physiology in Cardiovascular Health and Diagnosis (VASC 150)
This course concentrates on the organization of the human body, cells, tissues and organs. It also covers the body systems, including: the integumentary system, the skeletal system, the muscular system, the nervous system, the sensory system, and the cardiovascular system, the lymphatic system, the respiratory system, the digestive system, the urinary system, the reproductive system, and the endocrine system. (36 hours)

VASC 150
Section 2: Tuesdays, Wednesdays & Fridays, 9:00 a.m. - 12:00 noon
Instructor: Staff
* * * * *
Extremity Venous Principles (VASC 193)
Students learn the gross and cross sectional anatomy of the lower extremity venous system. They also review the physiology associated with lower extremity venous anatomy and study the pathology commonly found in lower extremity venous disease. Complete scanning protocols are explained in the classroom. Finally, various diagnostic studies and treatment options will be discussed. (45 hours)

VASC 193
Section 2: Thursdays, 10:00 a.m. - 1:00 p.m.
Instructor: Staff
* * * * *
Extremity Venous Procedures (VASC 993)
This lab is required with VASC 193. Complete testing protocols are practiced in the lab while reviewing the physical principles related to extremity venous disease. (45 hours)

VASC 993
Section 2: Thursdays, 2:00 - 5:00 p.m.
Instructor: Staff
* * * * *
Ultrasound Physics I (VASC 215)
Ultrasound Physics I focuses on the fundamental principles of sound, ultrasound and the properties of ultrasound physics. Students learn the definition of sound and ultrasound, and how it is created and propagates through tissue. They also learn how to measure the frequency and velocity of sound through various mediums and how ultrasound is reflected and absorbed in tissue. (45 hours)

VASC 215
Section 2: Mondays, 2:00 - 5:00 p.m.
Instructor: Rick Dubin, RVT, RDMS
* * * * *
Vascular Clinical Preceptorship I (VASC 421)
This course begins the process of applying the knowledge and skills the student learns in the classroom to an actual clinical setting, such as a hospital or doctor's office. (230 hours)

VASC 421
Section 2: Tuesdays, Wednesdays & Fridays, 9:00 a.m. - 5:00 p.m.
Instructor: Mark Weis, MBA, RVT
* * * * *

VAS 101
(Prerequisite: VAS 100)

Cerebrovascular Principles (VASC 191)
Students learn the gross and cross sectional anatomy of the cerebrovascular system. They also review the physiology associated with cerebrovascular anatomy and study the pathology commonly found in cerebrovascular disease. Complete scanning protocols are explained in the classroom and practiced in the lab while reviewing the physical principles related to cerebrovascular disease. Finally, various diagnostic studies and treatment options will be discussed. (45 hours)

VASC 191
Section 1: Fridays, 10:00 a.m. - 12:15 p.m.
Instructor: Staff
* * * * *
Cerebrovascular Procedures (VASC 991)
This lab is required with VASC 191. Complete testing protocols are practiced in the lab while reviewing the physical principles related to cerebrovascular disease. (45 hours)

VASC 991
Section 1: Fridays, 1:00 - 3:15 p.m.
Instructor: Staff
* * * * *
Extremity Arterial Principles (VASC 192)
Students learn the gross and cross sectional anatomy of the lower peripheral arterial system. They also review the physiology associated with peripheral arterial anatomy and study the pathology commonly found in peripheral arterial disease. Complete testing protocols are explained in the classroom and practiced in the lab while reviewing the physical principles related to peripheral arterial disease. Finally, various diagnostic studies and treatment options will be discussed. (45 hours)

VASC 192
Section 1: Tuesdays, 12:45 - 3:00 p.m.
Instructor: Rick Dubin, RVT, RDMS
* * * * *
Extremity Arterial Procedures (VASC 992)
This lab is required with VASC 192. Complete testing protocols are practiced in the lab while reviewing the physical principles related to extremity arterial disease. (45 hours)

VASC 992
Section 1: Tuesdays, 3:00 - 5:15 p.m.
Instructor: Rick Dubin, RVT, RDMS
* * * * *
Ultrasound Physics II (VASC 225)
Ultrasound Physics II is an advanced course that focuses on Doppler and color flow Doppler ultrasound. Students learn how Doppler is acquired, generated and measured. The Doppler Effect and equation will be reviewed in depth so that the student can apply the principles in the laboratory setting. Special emphasis is paid to spectral analysis and color Doppler. (45 hours)

VASC 225
Section 1: Tuesdays, 9:45 a.m. - 12:00 noon
Instructor: Rick Dubin, RVT, RDMS
* * * * *
Vascular Clinical Preceptorship II (VASC 422)
Students continue to build their clinical experiences by taking on additional and more responsible ultrasonic technical duties in an actual setting. (400 hours)

VASC 422
Section 1: Mondays, Wednesdays & Thursdays, 8:30 a.m. - 5:00 p.m.
Instructor: Mark Weis, MBA, RVT
* * * * *

VAS 102
(Prerequisite: VAS 101)

Visceral Vascular Principles (VASC 194)
Students learn the gross and cross sectional anatomy of the abdominal vascular system. They also review the physiology associated with abdominal vascular anatomy and study the pathology commonly found in abdominal vascular disease. Complete scanning protocols are explained in the classroom and practiced in the lab while reviewing the physical principles of physics related to abdominal vascular disease. Finally, various diagnostic studies and treatment options will be discussed. (45 hours)

VASC 194
Section 1: Thursdays, 9:00 a.m. - 5:30 p.m.
To be offered in the Summer 2008 semester.
Instructor: Staff
* * * * *
Visceral Vascular Procedures (VASC 994)
This lab is required with VASC 194. Complete testing protocols are practiced in the lab while reviewing the physical principles related to abdominal vascular disease. (45 hours)

VASC 994
Section 1: Tuesdays, 10:00 a.m. - 5:00 p.m.
To be offered in the Summer 2008 semester.
Instructor: Staff
* * * * *
Vascular Lab Management (VASC 339)
Students who have completed the core vascular courses receive information regarding the operation of various vascular laboratories, learn how to develop and implement testing protocols and how to operate a successful vascular lab. They also learn about reimbursement and legal issues facing vascular laboratory management. (15 hours)

VASC 339
Section 1: Tuesdays, 5:00 - 7:10 p.m.
To be offered in the Summer 2008 semester
Instructor: Staff
* * * * *
Vascular Clinical Preceptorship III (VASC 423)
Students continue to build their clinical experiences by taking on additional and more responsible ultrasonic technical duties in an actual setting. Students undertake intensive clinical training utilizing the advanced skills that they have mastered for their careers. (150 hours)

VASC 423
Section 1: Mondays, Wednesdays & Fridays, 9:00 a.m. - 5:00 p.m.
To be offered in the Summer 2008 semester
Instructor: Staff
* * * * *

VAS 103
(Prerequisite: VAS 102)

Vascular Clinical Preceptorship IV (VASC 424)
Students continue to build their clinical experiences by taking on additional and more responsible ultrasonic technical duties in an actual setting. Students undertake intensive clinical training utilizing the advanced skills that they have mastered for their careers. (150 hours)

VASC 424
Section 1: Mondays - Fridays, 9:00 a.m. - 5:00 p.m.
To be offered in the Fall 2008 semester.
Instructor: Staff
* * * * *
Vascular Review (VASC 499)
Prepare for a nationally recognized vascular technology credential. This 15-hour review course prepares you to sit for the Registered Vascular Technologist's (RVT) Examination. (15 hours)

VASC 499
Section 1: Wednesdays, 10:00 a.m. - 3:00 p.m.
To be offered in the Fall 2008 semester.
Instructor: Staff
* * * * *

Vascular Technology Program
FAQ's

What do vascular techs do?

Vascular technologists assist physicians in the diagnosis and treatment of a wide variety of disorders affecting the vascular system. Using ultrasound machines, and a wide range of instrumentation, vascular technologists non-invasively acquire and record information related to blood vessel anatomy and physiology. These skilled technicians are employed by hospitals and clinics; there are approximately 15,000 vascular technologists in the United States.

What are the admission requirements?

The criteria for entry into LIU's Vascular Technology Certificate Program meet the minimun requirements for the Joint Review Committee on Education in Diagnostic Medical Sonography (JRC-DMS). Students must have either a High School diploma or the equivalent, and have satisfactorily completed a college course in biological science, general physics, algebra, and communication skills. Transcripts are required. Upon meeting the requirements above, the potential student must participate in an interview and receive a positive rating.

Is the program accredited?

The program is accredited by the Commission on Accreditation of Allied Health Education Programs (CAAHEP) through the Joint Review Committee on Education in Diagnostic Medical Sonography (JRC-DMS).

What is the length of the program?

The Vascular Technology Program is a full-time (day), 12-month certificate program.

What are the start dates?

Classes start each September and each January.

What does training consist of?

It combines classroom lecture, laboratory sessions, and clinical rotations.

How much is the tuition?

The tuition cost for the Vascular Technology Program is $20,000.

Where are the classes held?

Classes are held at Long Island University's Brooklyn Campus, School of Continuing Studies which is located at 9 Hanover Place (2nd floor) Brooklyn, New York 11201.

Where are the clinicals held?

The clinicals are held at various hospitals throughout New York City.

What are the career opportunities?

What is the salary range of vascular technologists?

Median salary = $61,984 (this income includes hourly salary, overtime and on-call pay).
Resource: Society of Diagnostic Medical Sonographers' Salary and Benefits Survey (released March, 2005). Salaries vary depending upon years of experience, number of specialties practiced, and geographic location. There are opportunities for full-time and part-time employment.

National web sites?

www.svunet.org - Society for Vascular Ultrasound
www.sdms.org - Society of Diagnostic Medical Sonography

LIU web sites?

The Long Island University web site for the Brooklyn Campus is www.brooklyn.liu.edu.

Who can I talk to about the program at LIU?

To learn more about the Vascular Technology Certificate Program, please call (718) 488-1362 or (718) 488-3439.

All information on this web-site is up-to-date; it supersedes information contained in earlier written materials.

School of Continuing Studies - Long Island University - Brooklyn Campus -1 University Plaza -Brooklyn, NY 11201-5372 - 718 488-1364

Long Island University

Brooklyn Campus

School of Continuing Studies