Radiology Degrees Online

The Associate in Applied Science Degree is granted to those students who successfully complete the career curriculum in Radiologic
Technology. This program is fully accredited.
This is a profession which is in high demand throughout the U.S. Over 300 million radiologic procedures are performed across the country each year. Approximately 7 out of 10 Americans will
undergo some type of medical imaging procedure this year.
Radiologic technologists perform complex medical procedures to obtain detailed images of the internal structures of the human body. They must possess knowledge of anatomy, physiology, radiographic positioning and exposure factors, radiation safety, patient care and electronics.
Program Specific Courses Include:
 Composition  Oral Communication
 Anatomy & Physiology I & II  Psychology
 Patient Care  Humanities Elective
 X-Ray Systems Operations  Clinical Education I-V
 Radiologic Procedures I-V  Digital Applications in Imaging
 Radiation Biophysics  Image Analysis
 Image Formation & Evaluation  Special Topics in Radiologic
 Radiographic Pathology Technology
 Atypical Rad. Procedures  Physical Science I
Entrance Requirements:
Placement by test into college algebra (MATH 111) or higher or completion of MATH 105 Intermediate Algebra or higher math course with a grade of “C” or better; completion of Anatomy and Physiology I and II and PHYS 141 Physical Science I with a grade of “C” or better; completion of an observation session in the imaging department of a clinical education site.
Job/Employment Information:
Positions you are trained for: Graduates are immediately employed as staff radiologic technologists, primarily in hospitals, imaging cen-ters, clinics and physician’s offices. With some additional training, graduates can seek positions in post-primary imaging areas such as CT, MRI, Mammography, and Cardiac, Vascular, and Interventional Technology. Career opportunities also exist in administration, education, sales and marketing and applications training for tech-nologists with more advanced degrees.
Expected Salary Range: Locally, the average new graduate starting salary is $31,388-$51,705 per year. On-call pay, weekend, and shift differential will increase that figure. For the most current salary information visit www.wic.ilworkinfo.com.

Liberal Education RequirementsLiteracy ACAF 101 CORE I: Speech 4
ENGL 111 College Writing I 3
ACAF 102 CORE II: College Writing II 3
Literary Inquiry ACAF 201 CORE III: Foundations of Western Thought 3
ENGL 200 Introduction to Literature 3
Aesthetic Awareness Approved Fine Arts Course 3
Numerical & Scientific MATH 105 Introduction to Statistics 3
BIOL 124/5 Principles of Biology 4
CHEM 120 Foundations of Chemistry 5
Historical HIST XXX Approved History Course 3
Social Awareness PSYC 111 General Psychology 3
SOCI 242 Human Behavior & Social Environment III 3
Philosophical Inquiry PHIL 101 Introduction to Philosophical Thinking 3
PHIL XXX Approved Philosophy Course 3
Religious Foundations THEO 101 Introduction to Theology 3
THEO XXX Approved Theology Course 3

Pre-Professional Science Requirements
BIOL 221 Human Anatomy 4
BIOL 252 Human Physiology 4
RADT 101 Introduction to Radiologic Sciences 1
COMP 101 Computer Concepts and Applications 3
Professional Phase I
RADT 305 Radiography Clinical Experience 3
RADT 310 Introduction to Clincal Radiologic Science 2
RADT 320 Medical Terminology 1
RADT 330 Methods of Patient Care 2
RADT 350 Radiologic Physics I 2
RADT 380 Radiographic Procedures 5
Professional Phase II
RADT 306 Radiography Clinical Experience II 5
RADT 335 Ethics and Law in Radiologic Science 2
RADT 360 Radiobiology/Radiation Protection 2
RADT 370 Radiographic Imaging 3
RADT 381 Radiographic Procedures II 5
Professional Phase III
RADT 405 Radiography Clincal Experience III 5
RADT 410 Radiographic Critique I 2
RADT 420 Sectional Anatomy 3
RADT 440 Radiographic Pathology I 2
RADT 450 Quality Management 2
RADT 460 Health Care and Radiology Administration I 1
RADT 470 Computed Tomography and Digital Imaging 2
Professional Phase IV
RADT 406 Radiography Clinical Experience IV 4
RADT 411 Radiographic Critique II 2
RADT 430 Pharmacology 2
RADT 441 Radiographic Pathology II 2
RADT 461 Health Care and Radiology Administration II 1
RADT 480 Special Procedures 2
RADT 490 Radiography Registry Review 2

First Year

SEMESTER I (16 weeks)
RADR 2309 Radiographic Imaging Equipment
RADR 1303 Patient Care
RADR 1201 Introduction to Radiography
RADR 1311 Basic Radiographic Procedures
RADR 1266 Practicum I

SEMESTER II (16 weeks)
RADR 2313 Radiation Biology and Protection
RADR 1213 Principles of Radiographic Imaging I
RADR 2301 Intermed Radiographic Procedures
RADR 1267 Practicum II
BIOL 2401 Anatomy and Physiology I
Speech Elective

SUMMER SESSION (11 weeks)
RADR 2266 Practicum III
RADR 2336 Special Patient Applications
RADR 2233 Advanced Medical Imaging

Second Year

SEMESTER III (16 weeks)
RADR 2366 Practicum IV
RADR 2217 Radiographic Pathology
RADR 2305 Principles of Radiographic Imaging II
BIOL 2402 Anatomy & Physiology II
ENGL 1301 Composition and Rhetoric

SEMESTER IV (16 weeks)
RADR 2367 Practicum V
RADR 2431 Advanced Radiographic Procedures
Computer Science Elective **
Social/Behavioral Science Elective***
Humanities Elective/Fine Arts Elective ****

SUMMER SESSION (11 weeks)
RADR 2267 Practicum VI
RADR 2235 Radiologic Technology Seminar*****

TOTAL SEMESTER HOURS: 72

** Any laboratory-based computer class.
*** Social/Behavioral Science elective: any 3-hour course in economics, geography, government, psychology, sociology, history or social work.
**** Humanities elective: Any 3-hour course in humanities, journalism (Mass Communication only), any sophomore literature, sophomore foreign language, philosophy, sophomore sign language, or a fine arts class (history or appreciation or art, music, or theatre).
***** Capstone Course.

Bold Face: Denotes general education courses may be taken prior to admittance into program.
Special admission and retention rules apply. Contact the program director for details.
Program requires criminal background and drug screen.

The Radiologic Technology Program is designed to provide medical diagnostic radiography training for students who wish to establish eligibility to participate in the national certification examination of the American Registry of Radiologic Technologists. Graduates who pass this national certifying examination are qualified to assume diagnostic radiographer positions in thousands of medical facilities across the nation, both in hospitals and private clinics or offices. After students gain on-the-job experience, they may be allowed to participate in advanced level examinations such as computed tomography, magnetic resonance imaging, or mammography. The radiography program is also an entry-level program for advanced imaging modalities such as ultrasound, nuclear medicine, and radiation therapy. Students interested in the program must complete 17 credits of general education course work, as well as HPR 178 and RTE 101, prior to applying. Please visit the RTE Web site or contact an advisor for more information on the application process. Information sessions for the Radiologic Technology Program are held regularly throughout the year.

Students must earn a “C” or better in all DMS courses to graduate.
Prerequisite Courses
HPR 178
Medical Terminology (1-3 credit; see general education requirements below)
2
RTE 101
Introduction to Radiology
2

Required Major Courses
RTE 111
Patient Care
2
RTE 121
Radiologic Procedures I
3
RTE 131
Radiographic Pathology & Image Evaluation I
1.5
RTE 141
Radiographic Equipment and Imaging I
3
RTE 181
Clinical Internship I **
5
RTE 122
Radiologic Procedures II
3
RTE 132
Radiographic Pathology & Image Evaluation II
1.5
RTE 142
Radiographic Equipment and Imaging II
3
RTE 182
Clinical Internship II
5
RTE 183
Clinical Internship III
7
RTE 221
Advanced Medical Imaging
3
RTE 231 Radiation Biology / Protection 2
RTE 281 Clinical Internship IV 8
RTE 282
Clinical Internship V
8
RTE 289 Registry Review (Capstone) 3

Total Required Major Credits 60

General Education Courses Required 17

Total Required Major Credits
77

RTE 101 Introduction to Radiography
Credits: 2
RTE 101 provides an introduction to radiology including equipment, exposure, positioning and the knowledge necessary for the radiography student to provide safe patient care including communication skills, body mechanics, patient transfer,< and radiography as a profession.

RTE 111 Radiographic Patient Care
Credits: 2
RTE 111 expands the information presented in RTE 101, and includes diversity, universal precautions, legal considerations and ethics. This course consists of lecture and laboratory experience in the patient care areas of asepsis, vital signs, venipuncture, medical emergencies, assistance with drug administration, patients with special needs, and death and dying.

RTE 121 Radiologic Procedures I
Credits: 3
RTE 121 introduces fundamentals of radiographic positioning including use of radiographic equipment and safety, positioning, terminology, anatomy, pathology, and skills necessary to perform radiographic procedures of the chest, abdomen, upper extremity, gastrointestinal and urinary systems.

RTE 122 Radiologic Procedures II
Credits: 3
RTE 122 introduces additional material covered in RTE 121 including the knowledge of anatomy, pathology, and skills necessary to perform radiographic procedures of the lower extremity, pelvis, spine, and boney thorax.

RTE 131 Radiographic Pathology & Image Evaluation I
Credits: 1.5
RTE 131 provides a detailed discussion of pathological conditions of the skeletal, respiratory, digestive, urinary, and reproductive systems. Related medical terminology will be discussed, along with assessment of exposure adjustment for pathologic conditions and evaluation of radiographs for appropriate anatomy, positioning exposure and pathology.

RTE 132 Radiographic Pathology & Image Evaluation II
Credits: 1.5
RTE 132 expands on the information in RTE 131 with a focus on pathology of the skull, vascular system, central nervous system, endocrine system. Related medical terminology will be discussed along with the continued assessment of image quality.

TOP

RTE 141 Radiographic Equipment/Imaging I
Credits: 3
RTE 141 introduces the fundamental aspects of radiographic equipment including a basic review of Physics fundamentals pertaining to x-ray production, the x-ray machine, image receptors, and control of scatter radiation.

RTE 142 Radiographic Equipment/Imaging II
Credits: 3
RTE 142 expands information covered in RTE 141 and provides in-depth knowledge of radiographic exposure and the factors that effect radiographic film quality and assurance.

RTE 181 Radiographic Internship I
Credits: 5
RTE 181 introduces the clinical education experience at the clinical education center. You will apply knowledge learned in the classroom to the actual practice of radiography.

RTE 182 Radiographic Internship II
Credits: 5
RTE 182 introduces additional concepts and more complex radiographic procedures than those learned in Radiographic Internship I.

RTE 183 Radiographic Internship III
Credits: 7
RTE 183 reinforces the basic concepts of Radiographic Internship I and II.

RTE 221 Advanced Medical Imaging
Credits: 3
RTE 221 introduces advanced imaging techniques including radiography of the cranium, facial bones and special radiographic procedures. These concepts are combined with the basic oral communication techniques necessary for the professional radiographer.

RTE 231 Radiation Biology/Protection
Credits: 2
RTE 231 provides the basic knowledge and understanding of the biologic effects of ionizing radiation and radiation protection and safety.

RTE 281 Radiographic Internship IV
Credits: 8
RTE 281 introduces you to the radiographic specialty areas of Pediatrics, Geriatrics, the out-patient clinic, as well as increasing proficiency in general radiography.

RTE 282 Radiographic Internship V
Credits: 8
RTE 282 introduces you to the radiographic specialty areas of portable and trauma radiography as well as increasing proficiency in general radiography.

RTE 289 Capstone Course
Credits: 3
RTE 289 prepares the radiology technology student to effectively search for a job in radiography and sit for the American Registry of Radiologic Technologists examination.

Curriculum
Prerequisite Courses+Course Description Credit
BIOL 2401 Anatomy and Physiology I 4
HPRS 1206 Essentials of Medical Terminology (TP) 2
6

First YearFall Semester
Course Description Credit
RADR 1411 Basic Radiographic Procedures 4
RADR 1301 Introduction to Radiography 3
NMTT 1303 Radiation Biology and Safety 3
RADR 1303 Patient Care 3
RADR 1166 Practicum I (Radiography) 1
14
Spring Semester
Course Description Credit
BIOL 2402 Anatomy & Physiology II 4
RADR 1366 Practicum II (Radiography) 3
RADR 1313 Principles of Radiographic Imaging I 3
RADR 2401 Intermediate Radiographic Procedures 4
14
Summer Semester I
Course Description Credit
ENGL 1301 Composition I 3
RADR 1367 Practicum III (Radiography) 3
SPCH 1318 Interpersonal Communication 3
ELEC x3xx Humanities Elective 3
12

Second YearFall Semester
Course Description Credit
RADR 2305 Principles of Radiography II 3
RADR 2217 Radiographic Pathology 2
RADR 2366 Practicum IV (Radiography) 3
PSYC 2301 General Psychology 3
HITT 1211 Computers in Healthcare(TP) 2
13
Spring Semester
Course Description Credit
ENGL 1302 Composition II 3
RADR 2367 Practicum V (Radiography)* 3
RADR 2333 Advanced Medical Imaging 3
RADR 2335 Radiographic Technology Seminar 3
12
TOTAL SEMESTER CREDIT HOURS IN PROGRAM 71

+MATH 0303 Introductory Algebra is a requirement to be met for admission to the program by placement or course completion according to Galveston College requirements. MATH 1314 College Algebra is recommended.
4Select one course from ENGL 2333, ENGL 2327, ENGL 2328, ENGL 2332, ENGL 2333, ENGL 2343, HUMA 1301, HUMA 1302, PHIL 1316, 2303, 2307, 2321, SPAN 2311, SPAN 2312, FREN 2311, FREN 2312, GERM 2311 OR GERM 2312
*Identifies capstone course (TP) Identifies Tech Prep courses
Underline- Identifies courses to meet academic, general education requirements for AAS degree; minimum 15 credit hours

Program #105261

Associate Degree of Applied Science

The radiographer is the producer of medical images for diagnosis of disease. Duties include: positioning of patient to obtain proper projection, aligning source (usually x-radiation), making exposure factor selections, processing the image, storing and retrieving images. Graduates are eligible to take the entry-level certification examination and are employable in radiology and medical-imaging departments in hospitals and clinics. Radiographers should be able to follow instructions carefully and work to prescribed standards, able to use good judgment in following procedures and handling problems, interested in work of a technical or scientific nature, and willing and able to work under pressure in emergency situations. Note: For clinical courses, assignments to nontraditional shifts are made to increase and diversify patient exam experiences. Students have access to clinical affiliations in Madison and Southern Wisconsin.
Classes in Radiography
last updated: 01:01:14 AM Mar 1 2009

Following is a list of potential classes in the Radiography program. A list of program and graduation requirements (PDF) is available on the Radiography information page.
Catalog #
Class name

10809197
Contemporary American Society

10526194
Imaging Equip & Computers

10526158
Intro to Radiography

10526196
Modalities

10809199
Psychology Of Human Relations

10526149
Rad Anat & Procedures 1

10526197
Radiation Protection & Biology

10526191
Radiographic Anat & Proced 2

10526195
Radiographic Image Analysis

10526159
Radiographic Imaging

10526170
Radiographic Imaging 2

10526189
Radiographic Pathology

10526168
Radiography Clin Practice 1

10526192
Radiography Clin Practice 2

10526193
Radiography Clin Practice 3

10526199
Radiography Clin Practice 4

10526190
Radiography Clin Practice 5

10801198
Speech

10801195
Written Communication

First Year
First Semester:
ENG 111 – Critical Reading/Expository Writing I
RAD 110 – Introduction to Radiography
RAD 120 – Radiographic Procedures I
RAD 121 – Radiographic Procedures I Lab
RAD 130 – Radiographic Science I
SCI 220 – Anatomy & Physiology I
RAD 100 – Introduction to Allied Health
Second Semester:
ENG 112 – Critical Reading/Expository Writing II
RAD 150 – Radiographic Procedures II
RAD 151 – Radiographic Procedures II Lab
RAD 190 – Radiography Field Experience I
SCI 225 – Anatomy & Physiology II
MTH 120 – College Algebra
Summer Session:
RAD 195 – Summer Clinical Field Experience
Second Year
First Semester:
RAD 160 – Radiographic Science II
RAD 250 – Radiographic Procedures III
RAD 251 – Radiographic Procedures III Lab
RAD 360 – Radiographic Pathology
RAD 290 – Radiographic Field Experience II
Computing electives
Second Semester:
RAD 330 – Radiobiology
RAD 340 – Advanced Imaging Modalities
RAD 350 – Radiographic Seminar
RAD 295 – Radiographic Clinical Field Experience III
SOC 110 – Introduction to Sociology
or PSY 100 – Introduction to Psychology

This program prepares students for an entry-level position as a registered radiographer. Radiographers use radiation equipment to produce images of the tissues, organs, bones, and vessels of the body, as prescribed by physicians, to assist in the diagnosis of disease or injury.

For department information or additional degree requirements, click here
For course description, click on the course.
Total Credits Required for Degree 95

Liberal Studies 12
EN 111 College Composition I 4
EN 211 College Composition II 4
Humanities or Social Science Elective 4

Health Promotion 1
HP 200 Physical Well Being 1

Required Courses in Major 61
RAD 106 Introduction to Radiologic Technology 1
RAD 261 Radiation Biology and Protection 2
RAD 262 Methods of Patient Care 2
RAD 263 Radiography Clinical Experience I 7
RAD 264 Radiographic Procedures I 4
RAD 265 Principles of Radiation Production, Characteristics and Equipment 2
RAD 266 Radiography Clinical Experience II 7
RAD 267 Radiographic Procedures II 6
RAD 361 Diagnostic Image Production 2
RAD 362 Sectional Imaging and Anatomy 2
RAD 363 Radiography Clinical Experience III 11
RAD 364 Image Processing and Quality Management 2
RAD 365 Radiographic Pathology 2
RAD 366 Radiographic Clinical Experience IV 10
RAD 367 Issues in Radiography 1

Other Required Courses 21
BI 201 Human Anatomy 3
BI 202 Human Physiology 5
CH 105 Chemical Principles or 4
CH 107 Introductory Chemistry I (4 cr.)
CIS 110 Principles of Computer Information Systems 4
HL 101 Medical Terminology for Health Educators 1
MA 104 College Algebra with Applications in the Sciences and Technologies

Distribution Requirements Credit Hours
FIRST SEMESTER
ENG 101 College Composition OR ENG 200 Advanced Composition 3
BIO 142 Human Anatomy 4
MTH 160 Statistics I OR
MTH 161 Statistics II OR
MTH 165 College Algebra (or higher)* 3
XRT 111 Radiographic Technology I** 9
XRT 151 Orientation/Clinical Education I** 4
Total 23

SECOND SEMESTER
HUMANITIES ELECTIVE 3
PHY 141 Radiographic Physics 3
XRT 122 Radiographic Technology II** 6
XRT 152 Clinical Education II** 4
Total 16

First Summer Session
XRT 153 Clinical Education III** 4
Total 4

THIRD SEMESTER
PSY 101 Introductory Psychology 3
XRT 211 Radiographic Technology III** 3
XRT 251 Clinical Education IV** 8
XRT 220 Radiographic Pathology I 1
XRT 215 Sectional Anatomy** 1
Total 16

FOURTH SEMESTER
SOCIAL SCIENCE ELECTIVE 3
XRT 222 Radiographic Technology IV**** 5
XRT 252 Clinical Education V***** 8
XRT 230 Radiographic Pathology II 1
Total 17

Second Summer Session (optional)
XRT 253 Supplemental Clinical Education Variable

PHYSICAL/HEALTH EDUCATION: 2 Credit Hours
Physical/Health Education*** 2
Total 2

TOTAL CREDITS 78

Seven (7) weeks of study and clinical experience for the first freshman summer session is required to complete degree requirements and prerequisites for certification and licensure. This summer requirement includes course work and clinical experience at a hospital and/or the college laboratory on a full time basis (40 hours per week).

Admission to this program is conditional upon meeting medical requirements, clearance of existing problem(s), and ability to meet technical standards (physical demands) of the program.

Proof of current CPR certification is required for graduation.

* Students should consult with a program advisor for selection of proper Mathematics course.
** A grade of C or better is required to remain in the Radiologic Technology Program.
*** HED 118 Introduction to Safety and Emergency Care is recommended.
**** A grade of C or better is required to graduate.
***** A grade of C or better or successful completion of XRT 253 is required to graduate.