Download AS in Radiologic Technology

Everest University | AS in Radiologic Technology
Students enrolled in Everest University's Associate of Science in Radiologic Technology
program have the opportunity to learn about radiography, x-ray intensification, and
other topics while gaining practical clinical experience. Read on to learn more about
Everest University's Associate of Science in Radiologic Technology program here.
Official Program Name:
Associate of Science in Radiologic Technology
School Offering Program:
Everest University – Brandon
Accreditation:
The Radiology Program is accredited by the Joint Committee on Education in Radiologic
Technology (JRCERT)
Mission Statement:
The mission of the Radiologic Technology Program is to produce proficient
radiographers to work in the communities by providing the highest instruction and to
instill a sense of professional responsibility as well as the desire for life-long learning.
Program Goals Statement:
Radiologic Technology’s mission is defined by the following goals and associated
student learning outcomes.
Student Goals and Outcomes:
1. Integrate principles from the natural sciences, humanities, social sciences and
radiology when providing care to clients with diverse needs in a variety of health
care settings
Goal:
Students will be properly prepared and educated to become skilled entry-level
radiographers
Learning Outcomes:
Students will demonstrate positioning skills
Student will correctly formulate appropriate technical factors
Students will adhere to radiation protection standards
2. Implement professional communication principles with diverse client populations
and the health care team
Goal:
Students will demonstrate effective communication skills
Learning Outcomes:
Students /graduates will be able to demonstrate effective communication skills
within the clinical setting
Student will demonstrate effective oral and written communication
3.
Demonstrate critical thinking in providing care for diverse patient populations
through the lifespan
Goal:
Student will engage critical thinking and problem solving skills
Learning Outcomes:
Using critical thinking skills students will correctly calculate and manipulate
compensation techniques
Through problem solving students will improve or correct clinical images
4. Display accountability and professional values by practicing within the prescribed
ethical and legal standards
Goal:
Students will evaluate importance of professional growth and development
Learning Outcomes:
Students will write a paper on pathways to certification in different modalities
Student will summarize their professional obligations upon gaining their ARRT
5.
Apply the radiology process to provide safe and competent health care for
culturally diverse clients
Goal:
Provide proficient Radiographers for the medical community
Learning Outcomes:
85% of all graduates will pass the ARRT national certification on the
1st attempt
Of those pursuing employment, students will be gainfully employed within 6
month post-graduation
Students will be satisfied with their education
Employer will be satisfied with the graduate’s performance
American Society of Registered Radiologic Technologist:
Exam pass rate is 100%
Degree Level:
Associate's Degree
Program Prerequisites:
Applicants to Everest University's Associate of Science in Radiologic Technology
program should be comfortable working with technology and have strong problemsolving skills. Applicants to Everest University should have earned a high school diploma
or GED; some programs may have additional requirements.
Program Description:
Everest University's Associate of Science in Radiologic Technology program is designed
to teach students about the academic and practical components of radiologic technology.
Specific topics covered in the degree program include radiographic pathology, radiologic
physics and equipment, introduction to radiologic technology, advanced imaging
procedures, and medical terminology. There is a clinical component to the program that
is 1860 hours. Clinical sites are located in the Tampa BAY AREA. Clinical times vary
from 5:00 A.M. until 10:00 P.M. and generally encompass 8 hours at a time. Some
weekend clinicals are also be required. Graduates of the degree program are eligible to sit
for the Radiologic Technology Certifying exam, which is administered by the American
Registry of Radiologic Technologists (ARRT). The Radiology Program is accredited by
the Joint Committee on Education in Radiologic Technology (JRCERT)
Learning Format:
Campus-based
Financial Aid:
Financial aid is available for those who qualify. Students are provided the opportunity to
meet with Everest University's Finance Planners to learn about available financial aid
opportunities.
Required Courses for an Associate of Science in Radiologic Technology:
Programs and schedules vary by campus. Contact an Everest University admissions
representative for more information about prerequisite requirements before enrolling in a
program.
Course Topics
•
•
•
•
•
•
•
•
Introduction to Radiologic Technology
Radiologic Physics and Equipment
Radiographic Anatomy and Positioning
Radiation Protection and Safety
Patient Care and Management Fundamentals
Radiographic Pathology
Advanced Imaging Procedures
Medical Terminology
Post-Graduation Opportunities
Career Paths:
Students who have finished Everest University's Associate of Science in Radiographic
Technology program have the opportunity to pursue positions with clinics, doctors'
offices, health care facilities, and hospitals. Job candidates should be able to demonstrate
strong communication and problem-solving skills as well as technical and regulatory
knowledge.
Jobs graduates could pursue include:
•
Radiologic technologist
RADIOLOGY PROGRAM OUTLINE 2010-2011
Course
Number
Course Title
July 2010
RTEP 1101
SLS 1105 *
BSC 1085
MAT 1033*
QUARTER I
Introduction to Radiologic Technology
Strategies for Success
A&PI
College Algebra
Oct. 2010
RTEP 1111
RTEP 1105
RTEP 1106
QUARTER II
Film Critique I
Patient
Care
Fundamentals
Clinical Practice I
BSC 1086
HSC 1531
A & P II
Medical Terminology
Jan. 2011
RTEP 1103
QUARTER III
Radiographic Anatomy and Positioning
RTEP 1109
EVS 1001*
ENC 1101*
Clinical Practice II
Environmental Science
Comp I
April 2011
RTEP 1102
QUARTER IV
Radiographic Physics and Equipment
RTEP 1110
ENC 1102*
PSY 2012*
Clinical Practice III
Comp II
General Psychology
July 2011
RTEP 1104
QUARTER V
Lecture
Hours
Lab
Hours
Clinical
Hours
Credit
Units
40
40
40
40
160
0
0
0
0
0
0
0
0
0
0
4.0
4.0
4.0
4.0
16.0
NONE
NONE
NONE
NONE
30
30
0
20
0
0
3.0
4.0
RTEP 1101
RTEP 1101
0
0
140
4.0
40
40
140
0
0
20
0
0
140
4.0
4.0
19.0
RTEP 1101
COREQ.
1105
BSC 1085
NONE
TOTAL
and
Management
TOTAL
30
Oct. 2011
RTEP 1107
QUARTER VI
Radiographic Pathology
RTEP 1114
SLS 1505*
CGS 2167c*
Clinical Practice V
Basic Critical Thinking
Computer Apps
Jan. 2012
RTEP 1113
RTEP 1108
QUARTER VII
Film Critique II
Advanced Imaging Procedures
RTEP 1116
Clinical Practice VI
140
0
0
140
4.0
4.0
4.0
16.0
30
20
0
4.0
0
40
40
110
0
0
0
20
140
0
0
140
4.0
4.0
4.0
16.0
40
0
0
4.0
0
40
80
0
0
0
260
0
260
8.0
4.0
16.0
30
0
0
3.0
0
20
30
80
0
0
20
20
260
0
0
260
8.0
2.0
4.0
17.0
30
30
0
20
0
0
3.0
4.0
TOTAL
0
60
0
20
260
260
8.0
15.0
TOTAL
30
0
30
0
0
0
0
330
330
3.0
11.0
14.0
TOTAL
TOTAL
RTEP 1115
RTEP 1119
4.0
0
0
0
20
TOTAL
RTEP 1112
SPC 2016*
0
0
40
40
110
TOTAL
Radiographic protection and Safety
Clinical Practice IV
Oral Communications
20
QUARTER VIII
Film Critique III
Clinical Practice VII
Pre-Req.
RTEP 1101
RTEP 1106
RTEP 1106
NONE
NONE
NONE
RTEP 1101
RTEP 1106
RTEP 1109
ENC 1101
NONE
RTEP 1101
RTEP 1103
RTEP 1110
NONE
RTEP 1103
RTEP 1110
RTEP 1112
NONE
NONE
RTEP 1111
RTEP 1103
RTEP 1104
RTEP 1114
RTEP 1113
RTEP 1116
RTEP 1117
QUARTER IX
Film Critique IV
30
0
0
3.0
RTEP 1118
Radiology Certification Review
0
20
0
1.0
RTEP 1120
Clinical Practice VIII
TOTAL
0
30
0
20
330
330
11.0
15.0
PROGRAM TOTAL
800
120
1860
144
RTEP
RTEP1115
COREQ.
RTEP 1120
RTEP 1119