Radiology Degrees Online

Description
The field of radiology is a rapidly changing world. Radiological techniques are perfected, adapt and expand their applications. Radiological technologists are working to produce radiographic images of anatomical systems (bone, blood vessels, various organs, etc..) Will be used to establish a medical diagnosis. Radiography, tomography, angiography and fluoroscopy examinations are to be made from high-tech devices for radiological technologists.

Students receive advanced training, highlighting the professionalism and quality of the relationship with patients and patients.

The University of Moncton offers bachelor radiological techniques used in conjunction with the Community College of New Brunswick in Dieppe and the Régie régionale de la santé Beauséjour. Students have the chance to have direct access to hospital and contact with real patients early in their training. They receive advanced training, highlighting the professionalism and quality of the relationship with patients and patients.

Career Opportunities
These professionals working in oncology centers, clinics and radiological laboratories and hospitals, operating room, emergency room, intensive care and even the morgue for identification. There is currently a high demand for graduates in radiology who are courted by employers even before they complete their training.

Number of years of education (4 years)
Edmundston: first year *
Moncton: 4 years
Shippagan: first year *
* The years are in Moncton.

Nature of Occupation: Radiologic Technologists use both art and science to produce radiographic images of the human body utilizing x-ray and other modalities. These images are used for diagnosis and treatment of the patient. The radiologic technologist is a vital member of the health care team and works closely with radiologists and physicians. Radiologic Technology is a patient care oriented occupation. Opportunities to expand skills or to branch into other related imaging fields are excellent.

Working Conditions: Radiologic technologists usually work in modern, well-equipped rooms of hospitals, medical clinics or doctors’ offices in a rather quiet, orderly atmosphere. Leaded partitions, special protective clothing and gloves provide protection from dangerous radiation. Radiologic technologists usually work an 8-hour day and a 40-hour week, but may be called for weekend or emergency duty. By passing the examination of the American Registry of Radiologic Technologists, technologists may join the American Society of Radiologic Technologists and its state-affiliated organization.

Duties Include:
*Arranging devices which lessen discomfort and prevent the patient from moving
*Positioning the patient for imaging of the desired area
*Adjusting equipment to give a clear and undistorted view of the patient’s body
*Determining proper voltage, current and exposure time for each procedure
*Preparing and administering drugs or chemical mixtures
*Keeping records and files and preparing reports of procedures

Employment and Outlook: There were approximately 182,000 Radiologic Technologists employed nationally in 2004. Employment is expected to grow much faster than the average for all occupations through the year 2008, as new uses are found for imaging technologies in the diagnosis and treatment of diseases. Most jobs will be found in hospitals. Many technologists will find jobs with walk-in clinics, freestanding imaging centers, medical group practices and health maintenance organizations.

Earnings: Nationally, in 2004, radiological technologists averaged a yearly salary of $46,620 working full-time. The 2004 average starting salary was $37,000.

Yearly Average: Tyler/East Texas, $43,000

Interests and Abilities:
*See detail in drawings and recognize differences in shapes or shadings
*Rate information according to standards that can be measured or checked
*Working with things and objects
*Having direct personal contact with people
*Activities of a scientific or technical nature
*Have good health and stamina
*Have good vision, either naturally or with correctionCareer choices for this occupation include:
Radiologic Technology Educator
Chief Technologist
Staff Radiographer
CT Technologist
MRI Technologist
Nuclear Medicine
OR Technologist
Trauma Technologist
Sonographer Application Specialist
Sales Representative
Radiation Therapy
Departmental Manager
Mammographer
Cardiovascular
Special Procedures
Quality Assurance
Supervisor

Radiography is the art and science of producing radiographic images of internal structures of humans. Many radiographers, known by the credentials R.T.(R), work along side radiologists who are MDs who specialize in radiology. Radiographers produce images that are interpreted by radiologists. For more advanced procedures such as arthrograms and myelograms, the radiographer’s role is to assist the radiologist who performs those types of exams.

The profession has come a long way since the first radiograph over 110 years ago. It’s moved from recording images on glass plates to film and more recently to digital images. The x –ray generators and tubes have advanced too. It is a fast-paced constantly-changing profession.

The American Registry of Radiologic Technologists (ARRT) tests and certifies radiographers across the United States. In order to take the certification examination, a person must complete an approved educational program including completing over fifty clinical exam competencies. Richland’s Radiography Program students rotate through three clinical sites, Decatur Memorial Hospital, St. Mary’s in Decatur, and Memorial Medical Center in Springfield.

Before students can produce radiographic images on patients in the clinical setting they must first practice and demonstrate proficiency in the radiography lab. Students practice positioning each other and can take actual radiographs of our phantom named Pixy.

The radiologic technologist conducts herself or himself in a professional manner, responds to patient needs and supports colleagues and associates in providing quality patient care. The program adheres to the American Registry of Radiologic Technologists standard of ethics.

The Clark College Medical Radiography Program prepares the successful graduate to obtain an A.A.S. degree and take the American Registry of Radiologic Technologists (ARRT) certification examination. Radiologic Technology graduates work in hospitals, clinics and a variety of other health care settings. Medical Radiographers take radiographs of the human body; and these radiographic images are used to make a diagnosis for the patient and their doctor.

The Radiologic Technology program prepares individuals to perform various radiologic procedures. The Radiologic Technologist instructs and positions patients, manipulates radiographic equipment, adjusts exposure factors, provides radiation protection for patient and self, develops radiographic images, evaluates the quality of finished radiographs, and carries out activities associated with quality control. The Radiologic Technologist carries out these functions under the supervision, or upon the direction of a registered Radiologic Technologist.

Graduates of the Radiologic Technology program are eligible for the national certification exam administered by the American Registry of Radiologic Technologists. Successful completion of this exam qualifies the graduate as a Registered Radiologic Technologist.

Applicant selection to enter into the major is done each Spring for the Fall term. The application deadline is January 15, with selection to be completed by mid-April.

The selection of students into the Radiologic Technology Program is done on a point system using the Application Assessment Sheet to rank applicants comparatively based on course grades and GPA.

Individuals entering the program must complete a background check required by the Minnesota Human Services licensing division. Individuals who do not receive a clear background check may participate in the program, but may not be allowed to participate in clinical and/or field experience courses.
Prerequisites/Admission Requirements:
1. General College Admissions Requirements
• Official high school transcript or GED
• Immunization forms
• Official transcripts from other colleges you have previously attended are required for admission.
2. Accuplacer testing in math, reading, and writing – or a waiver. College readiness courses must be completed before entering any Radiology Technology courses. Waivers may be granted in some cases.
3. Consent to Disclose/Allied Health Division Student Data complete and on file (e.g. immunizations).
4. BCA Background Study upon program entry and annually thereafter.
5. Completion of prerequisites:
a. CPTR 1100: Fundamental computer concepts
b. HLTH1106: Medical Terminology
6. Completion of the following courses:
a. BIOL2230: Human Anatomy & Phys I
b. CHEM1100: Fund Concepts of Chemistry
c. ENGL1101: College Writing
d. MATH1114: College Algebra
e. BIOL2232: Human Anatomy & Phys II
f. PHYS1105: Fund Concepts in Physics
g. PSYC1200: General Psychology
h. RADT1108: Intro to Rad Tech/Pat Care
7. CPR Certification for Healthcare Providers current and maintained throughout program.
8. Cumulative GPA of 2.5 or higher; applications on academic probation or suspension will not be eligible for admission.
See Applicant Assessment form for more on the scoring process.

Prospective Students

If you wish to apply to the online program, go to http://distance.minnesota.edu “Online Support” for more general information, or “Live Chat” for live discussion with the online support office, or “Ask a Question” to post your own question. Admissions and application information will also be found on the Distance Minnesota web site.

If you wish to apply to the campus program, click on the “Apply to a Campus” link on the left side of this page.

If you wish to apply for both programs, follow both processes above.
1. Communicate effectively in medical and professional relationships.
2. Demonstrate knowledge and skills to perform routine radiographic procedures required for an entry-level Radiologic Technologist, as recognized by the ARRT guidelines.
3. Exercise independent judgment in areas of exposure factor manipulations involving all technical factors and equipment functions for procedures routinely performed in the clinical setting.
4. Demonstrate knowledge in evaluating radiographs for appropriate anatomy, positioning and image quality.
5. Conduct him/herself in a professional manner and abide by the Code of Ethics as outlined by the ASRT/ARRT.
6. Operate, maintain, and troubleshoot radiographic equipment.
7. Practice radiation protection for the patient, self, and others by applying the concept of ALARA.

Program code: 10-526-1

This curriculum goes into effect starting with the summer 2008 semester.

Program curriculum requirements are subject to change.

Overview — This associate degree program prepares you for employment in x-ray departments associated with hospitals, medical clinics and private offices. It is a full-time program with course sequencing encompassing four semesters, a six-week summer session and a six-week externship. The curriculum focuses on theoretical aspects of radiography, and applied clinical experiences in radiography departments. Radiation safety is practiced at all times. A Health Care Provider Cardiopulmonary Resuscitation (CPR) certificate is a prerequisite for entry into the first clinical course (RADT-168). The program is accredited by the Joint Review Committee on Education in Radiologic Technology.

Career Outlook — Radiographers use x-ray imaging machines to demonstrate body parts on x-ray films for diagnostic purposes. Some typical areas of radiography include diagnostic radiology, bedside and trauma procedures, pediatric radiography and special procedures. For additional career information, visit www.asrt.org

Career Preparation and Expected Learning Outcomes — Employers will expect you as a program graduate to be able to:
Carry out the production and evaluation of radiographic images
Practice radiation safety principles
Adhere to quality management processes in radiography
Provide quality patient care
Apply computer skills in the radiographic clinical setting
Model professional and ethical behavior consistent with the A.R.R.T. Code of Ethics
Apply critical thinking and problem solving skills in the practice of diagnostic radiography

Preparation for Admission — The following are required for admission to the program:
A high school diploma or GED
Demonstration of proficiency in basic skills through a course placement assessment
One year of high school-level or one semester of college-level of the following: algebra, biology, and chemistry or physics with a grade of C or better
Good health as evidenced by a medical examination
Documentation of proper immunizations
Documentation that the technical standards have been reviewed. This is in keeping with the requirements of the federal Americans With Disabilities Act (ADA). Students will be fully informed of the Essential Job Functions.(technical standards) expected of a radiographer at the time of application.
Documentation of compliance with Wisconsin’s Caregiver Law.

Future Opportunities — When you graduate from the program, you become eligible to write the American Registry Examination for Radiologic Technology in Radiography. If you are interested in a baccalaureate degree upon completion of the program, check with a program counselor or advisor, and the institution you plan to attend regarding the transfer of MATC credits.

This program will transfer to one or more four-year institutions.

Possible Careers:

Radiographer
Radiologic Technologist

Related Programs:

Registered Radiographer Educational Progression
Respiratory Care
Surgical Technology

For more information, call 414-297-MATC.

Curriculum effective 2008-2009.

TECHNICAL STUDIES
Credits

( ) = Semester Order for Full-Time Students

(1)

RADT-149
Radiographic Anatomy and Procedures ‡
5

(1)

RADT-158
Introduction to Radiography ‡
2

(1)
RADT-159
Radiographic Imaging 1 ‡
3

(1)

RADT-168
Radiographic Clinical Practice 1 ‡
2

(2)
RADT-170
Radiographic Imaging 2
3

(2)

RADT-191
Radiographic Anatomy and Procedures 2 ‡
5

(2)

RADT-192
Radiographic Clinical Practice 2 ‡
2

(M)

RADT-193
Radiographic Clinical Practice 3 ‡
2

(3)

RADT-194
Imaging Equipment and Computers ‡
4

(3)

RADT-196
Modalities ‡
1

(4)
RADT-195
Radiographic Image Analysis ‡
2

(4)

RADT-199
Radiographic Clinical Practice 4 ‡
5

(4)

RADT-189
Radiographic Pathology ‡
1

(4)

RADT-190
Radiographic Clinical Practice 5 ‡
2

(4)
RADT-197
Radiation Protection and Biology
3

(M)

RADT-198
Radiographic Clinical Practice 6 ‡
2

GENERAL STUDIES

ECON-195
Economics
3

OR
Any 200-series ECON course

ENG-151 and
Communication Skills 1 ‡
3

ENG-152
Communication Skills 2 ‡
3

OR
ENG-201 and any 200-series ENG or SPEECH

MATH-106
Introduction to College Math
3

OR
Any 200-series MATH course

NATSCI-177
General Anatomy and Physiology ‡
4

PSYCH-199
Psychology of Human Relations
3

OR
Any 200-series PSYCH course

SOCSCI-197
Contemporary American Society
3

OR
any 200-series SOCSCI or HIST course

ELECTIVE COURSES: Two credits required (Suggestions listed below)

HEALTH-101
Medical Terminology
3

HEALTH-107
Introduction to computing for Healthcare
2

RADT-165
MEDINT-101
Applied Cross-Sectional Anatomy ‡
Cultural Awareness
3
3

TOTAL CREDITS: 70

Program curriculum requirements are subject to change.

M = summer
‡ Prerequisite Required.

NOTE: Students who have not been accepted, or have not decided on a program, may begin with GENERAL STUDIES courses, if course prerequisites have been met