Radiology Degrees Online

This Program comprises two academic years and one summer sessions (22 months). The academic program is divided into closely related periods of didactic and clinical practice. The Program’s Curriculum is designed in such a way that the balance between didactic and clinical requisites changes as the students progress in their training, increasing clinical responsibilities as the student approaches completion of the program. This system allows the student to better adapt to professional life and at the same time achieve a more ordered transition towards work entry level once he/she finishes training. After the student completes all academic and administrative requirements he/she will be eligible to sit at the Puerto Rico’s Radiology and Radiotherapy Technologists Examination Board and at the American Registry of Radiologic Technologists tests.

Job Description of the Radiologic Technologist

A Radiologic Technologist is the Health professional that produces diagnostic images through the utilization of specialized equipment working with ionizing radiation and other electronic means. He/she is responsible for producing quality images, gather patient history/information and submit his findings to a certified physician for analysis and diagnosis. The Radiologic Technologist will provide services to patient/clients in the most variable of settings, ranging from Hospital, Diagnostic and Treatment Centers and stand alone offices, being these public or private. The Radiologic Technologist is responsible of assuring the safety and well being of the patient /client under his charge and as a member of the health professional team has the additional responsibility of educating, supporting and serving his/her patient/client.

The Radiologic Technologist Graduate Profile:

• Evaluating the patient’s medical and clinical information in order to follow the prescribed radiographic procedure.

• Utilizing discrete and valorative judgement in the operation and performance of radiographic procedures.

• Performing radiographic procedures to achieve quality images that include unequivocal diagnostic information of the anatomic structure and of possible pathologic conditions.

• Assisting the Radiologist in those invasive procedures requested or needed to fully evaluate functional conditions.

• Facilitating the diagnosis by integrating medical information, clinical history and the images produced.

• Orienting patients about the radiographic procedures and on healthy life styles.

• Integrating quality assurance procedures to his/her professional duties as to maintain a consistent excellence level in

The Bachelor of Science in Radiologic Sciences (2+2) is designed for the working radiologic technologist wishing to pursue a baccalaureate degree. The radiologic sciences classes will be delivered through WEB CT, while all other supporting courses are delivered through traditional or distance education methods.

The goal of the BS Radiologic Sciences degree program is to provide registered radiologic technologists with learning opportunities to acquire knowledge and skills beyond the technical level. “The American Society of Radiologic Technologists recognizes the baccalaureate degree as the professional level of radiologic sciences education. An increasing range of knowledge and skills is required to efficiently and effectively operate within today’s health care environment. There is a need for more sophisticated imaging management and leadership to respond to the clinical organizational and fiscal demands facing the health care industry.” (ASRT BSRS Core Curriculum)

The mission of the BS program in Radiologic Sciences is to provide technologists a pathway for career advancement in the radiologic technology profession that is accessible and affordable. This program will also prepare graduates upon completion of the BS degree in Radiologic Sciences for potential careers in the radiologic technology profession such as chief technologists, supervising technologists, department managers, and instructors in radiologic technology programs. The student will have advanced courses in areas which will include patient assessment, management, & education, image quality, legal and ethical issues and research in radiologic sciences.

There is a 58 total credit hour requirement beyond the Associate of Science in Radiologic Technology. These credit hours include 18 credit hours in radiologic science specialization courses, 15 credit hours of required core skills requirements (general education) and 25 credit hours in required natural science courses.

Description
This curriculum offers an opportunity for a radiologic
technologist who has completed an accredited hospital based
program to earn an Associate Degree in Applied Science.
Job opportunities include hospitals, clinics, and offices.
The Associate of Applied Science Degree in Radiography is
designed to complement the hospital-based certificate programs.
Graduates of Radiography programs should consult a Black
Hawk College advisor.
Curriculum plan
The Associate of Applied Science Degree in Radiography is
granted to students who have completed a minimum of 30
hours of college credit (15 of which must be from Black
Hawk College) following the format below:
General Education Courses: Sem. Hrs.
ENG 101 Composition I 3
PSYC 101 Introductory Psychology 3
SPEC 114 Interpersonal Communications, OR
SPEC 101 Principles of Speech Communications 3
BIOL 150 Medical Terminology 3
Mathematics & Computer Science Elective 3
Total 15
Required Courses for Radiography program:
BIOL 145 Anatomy and Physiology I 5
BIOL 146 Anatomy and Physiology II 5
Total 10
Major Radiography Requirements
Minimum 35 s.h. of Radiologic Technology 35
Total hours 60-75
This is only a suggested program and would not be appropriate for every
student. Students should always consult with an academic advisor in
choosing courses.
Black Hawk College Admission Requirements
The ASSET test, a placement test available through
advisement services, is required of all students registering for
6 or more semester hours, or students registering for any
math or English course. A math ASSET score of 44 or above,
or completion of Math 080, is required for this degree.
Employment Opportunities
Advanced technology has made radiography one of the
fastest growing medical professions. Due to this growth, the
demand for registered technologists continues to grow in the
following areas:
• Medical Radiography
• Computed Tomography
• Vascular Imaging
Continued on back…
Radiologic Technology:
Associate in Applied Science Degree Code: 5071
Facilities
Black Hawk College’s classrooms are modern and wellequipped
to meet the instructional needs of the students.
Enrollment
General education courses are available in fall, spring, and
summer sessions.
Rose A. Hernandez
Recruitment Coordinator
Black Hawk College Quad-Cities Campus
Phone: (309)796-5342
E-mail: hernandezr@bhc.edu
Stephanie Valdes
Department Chair – Nursing, Allied Health, & HPE
Black Hawk College Quad-Cities Campus
Phone: (309)796-5361
E-mail: valdess@bhc.edu
Additional Sources of Information
• Magnetic Resonance Imaging
• Diagnostic Sonography
• Nuclear Medicine
• Radiation Therapy
• Mammography
• Management and Education
• Commercial Sales
This Associate of Applied Science Degree enhances a
technologist’s career opportunities.
Faculty
All courses are taught by experienced and highly qualified
faculty.

Radiologic Technology

A Radiologic Technologist could be employed by a hospital, private physician’s office, or public health department or choose to work as a technical advisor or representative for firms that manufacture radiology equipment.

Radiologic Technologists may also be called X-Ray technologists or radiographers. Regardless of the title, these workers use radiation for medical diagnosis and treatment.

Specialites include:
MRI
Catscan
Ultrasound
Radiation Therapy

Pending approval from the California Community College Chancellor’s Office, Antelope Valley College will be offering a radiologic technology program. The program is expected to begin in Summer 2008. Students who have completed the required prerequisites can apply for the program beginning on February 1, 2008.

The radiologic technology program meets the standards of Title 17 of the California Code of Regulations. Students will be required to complete 500 hours of classroom instruction and 2000 hours of laboratory and clinical instruction. Therefore, students should expect to be in class or clinic four days per week during the summer, fall, intersession and spring semesters. The course of study leads to an Associate in Science degree.

Role of the Diagnostic Radiologic Technologist

Radiologic Technologists are educated to perform diagnostic imaging. They learn to position patients for x-ray exams, provide radiation safety for patients and others, and produce a quality diagnostic image. With additional training, Radiologic Technologists can specialize in various procedures and exam modalities.

Radiologic Technologists must pass a national certification exam and receive a certificate from the State of California in order to practice. To maintain their certificates, Radiologic Technologists must complete 24 hours of continuing education every two years.

For more information about radiologic technology as a career, see the American Society of Radiologic Technologists® website ( www.asrt.org). For information about the certification exam for Radiologic Technologists, see the American Registry of Radiologic Technology® website ( www.arrt.org).

Mission

The mission of the Antelope Valley College radiologic technology program is to prepare students to practice radiography competently at the entry level.

The program serves the community by preparing students for a career in radiologic technology and additional education in specialties such as radiation therapy, sonography, magnetic imaging and/or dosimetry.

The radiologic technology program provides vocational education that leads to an Associate in Science degree. Students learn the knowledge, skills and attitudes that will enable them to take the national certification exam for radiology technology and gain employment in the field.

Goals of the Program

The radiologic technology program attempts to fulfill its mission by preparing graduates to:

1 .Effectively communicate, think critically and solve problems.

2. Use information technology as the foundation for clinical decision making and patient care.

3. Maintain and apply legal, ethical, professional and regulatory standards of national and state radiologic technology practice.

4. Promote service excellence in clinical practice in collaboration with the healthcare team.

5. Maintain safety practices for the patient, healthcare team and self.

6. Competently perform radiographic procedures.

7. Synthesize learning from the sciences, mathematics, humanities, arts and social sciences into professional practice.

8. Receive an Associate in Science degree in radiologic technology and be eligible to take national and state certification examinations.

Today, we know that early detection of certain illnesses can save the life of the patient. Often that diagnosis is made with the help of highly sophisticated technological equipment, such as Magnetic Resonance Imaging (MRI), mammography, or ultrasonography. The University of Hartford’s program in Radiologic Technology/Diagnostic Imaging is one of only about thirty programs in the country to offer a bachelor’s degree in this continually expanding field. Technicians in this field work directly with the patient. They possess the skills and expertise to operate high-tech equipment and analyze test results.

In addition to receiving a solid background in science and liberal arts, students in this program take core courses, in which they studying topics like medical ethics, medical terminology, radiobiology, and diagnostic imaging, among others. These courses are balanced with clinical work in several area hospitals, giving students the practical experience they need to feel confident in the field. Upon successful completion of the program, students are eligible for certification as a radiologic technologist by the American Registry of Radiologic Technologists (ARRT)..

The Commission on Accreditation of Allied Health Educational Programs (CAAHEP) and the Committee on Accreditation accredit the University of Hartford’s Respiratory Care program for Respiratory Care.

Today, we know that early detection of certain illnesses can save the life of the patient. Often that diagnosis is made with the help of highly sophisticated technological equipment, such as Magnetic Resonance Imaging (MRI), mammography, or ultrasonography. The University of Hartford’s program in Radiologic Technology/Diagnostic Imaging is one of only about thirty programs in the country to offer a bachelor’s degree in this continually expanding field. Technicians in this field work directly with the patient. They possess the skills and expertise to operate high-tech equipment and analyze test results.

In addition to receiving a solid background in science and liberal arts, students in this program take core courses, in which they studying topics like medical ethics, medical terminology, radiobiology, and diagnostic imaging, among others. These courses are balanced with clinical work in several area hospitals, giving students the practical experience they need to feel confident in the field. Upon successful completion of the program, students are eligible for certification as a radiologic technologist by the American Registry of Radiologic Technologists (ARRT)..

The Commission on Accreditation of Allied Health Educational Programs (CAAHEP) and the Committee on Accreditation accredit the University of Hartford’s Respiratory Care program for Respiratory Care.

Students graduating in radiologic technology are eligible to apply to the American Registry of the Radiologic Technologist (see section entitled Accreditation) and will be prepared to work as a radiographer in a number of different settings, such as:
Hospitals
Clinics
Private offices

Recent graduates have been employed in positions in the following areas:
Radiography
Fluoroscopy
Computed tomography (CT)
Magnetic resonance imaging (MRI)
Special procedures
Mammography

Students wishing to advance within the field of radiologic technology can pursue a bachelor’s degree in areas of general studies, management, business or education. Students may pursue registry eligibility in Radiation Therapy, Ultrasound, or Nuclear Medicine with additional training in an accredited school.

The University’s Career Services Center assists students in their search for employment by conducting an annual workshop series on interviewing and résumé writing techniques, and by maintaining a current information resource center. Students should begin developing a personal career plan during the freshman year.

leading to an Associate of Applied Science degree in Radiologic Technology, preparing the student for entry level positions as a radiologic technologist.

The Radiologic Technology program at Red Rocks Community College is a full-time program. Graduation from the program will qualify you to participate in the national registry examination through the American Registry of Radiologic Technologists (ARRT).

The program at Red Rocks Community College provides hands-on clinical training through partnerships with hospitals and clinics in the Denver area. All classroom instruction is provided at the Arvada campus.

The program accepts 18-20 students each year. Admission into the program is extremely competitive and clinical site dependent. Please download this Admissions Process page for further information.

Although cost depends on many factors, as a general rule, expect the cost to be about $6,500, including textbooks and uniforms, using the RRCC tuition table. This cost does not include the general education courses, transportation, meals, housing, or other living expenses. In addition, there are student fees attached to first semester courses to pay for lab expenses, program patches, and supplies.

Eligibility for the Program
To qualify for the radiologist assistant MHS program, candidates must have:
Completed their bachelor’s degree
Be a radiologic technologist in good standing with the American Registry of Radiologic Technologists
Completed a minimum of 2,000 hours of direct patient care
Completed the prerequisite course requirements:
3-4 credits of physics or chemistry
3 credits of college-level mathematics
12-15 credits of biology with labs
6-8 credits of human anatomy and physiology