Radiologic Technology Program (AAS)
Associate of Applied Science in Radiologic Technology
The Dalton State College Radiologic Technology Program has a structured, organized method of student recruitment and admissions. The College and the Program have policies that assure equal opportunity recruitment and admission procedures.
Admission Procedures
1. One class (of 20 students) is selected to begin the professional field courses from the applicant pool. The final selection for the class is completed in April with the class beginning rad tech courses in the Summer Semester. The program runs consecutively for six semesters. Program applications are available from beginning of June - November 1st or until 75 completed applications have been received. This number of 75 correlates to the limited number of apprenticeship appointments available, which is 75. Once the 75 applications have been received, no more applications will be available. The program application and other forms are due within 3 weeks of receiving the application packet. Interested applicants should contact Bria Hale bhale@daltonstate.edu, or Holly Miller hmiller@daltonstate.edu. Please use your 900# in the email request so our team may review your prerequisite information and academic history. If the applicant meets the academic qualifications, the applicant will be notified that an application is being sent. NOTE: Minimum college cumulative GPA required: 2.80/4.00. As a point of GPA reference, starting program students on average have a cumulative college GPA of at least a 3.33/4.00 GPA is one of the indicators for the program selection process. Please read #4 below (Program Selection Criteria).
2. Not all applicants who apply to the program are selected to begin the two-year program. For this reason, student selection is based on program admission points. The program total of incoming Freshmen students is determined by the accreditation committee for radiologic technology educational programs. This number (20 incoming students) is dependent on several variables such as number of clinical facilities contracted for student supervision, equipment types in each facility, and number of registered radiologic technologists per facility.
3. The program is a full-time endeavor consisting of class and clinic Monday-Friday 7:30 a.m.-4:30 p.m. (mainly) for two years. The program does not offer part-time or distance education formats. To gain beneficial clinical experience, students may be required to attend several weekends and second- shift clinical assignments in a variety of clinical education sites throughout Northwest Georgia and Southeast Tennessee. The program involvement (clinical and class) does not exceed 40 hours a week and clinical assignments are distributed fairly and equitably among cohort groups. Each student is required to experience a 40-hour clinical week before the start of published college fall semester date each year. All program test, courses, and Exit Exam must be passed with a grade of at least a score of 75% to progress through the program and graduation. The grading scale for courses in the radiologic technology program is as follows:
A=93-100 B=84-92 C=75-83 F=74 or below
4. Program Selection Criteria:
Students meeting the pre-rad tech requirements are not guaranteed admission to the Radiologic Technology program. Program enrollment is limited and competitive in nature based on admission points. Applicant admission points are evaluated after each phase of the admission process. Admission points include, but are not limited to: College Cumulative GPA, Science/Math GPA, number of college Withdrawals and Grades of D's/F's, completion of all program admission documents when due, evaluations of apprenticeship, reference forms scores, interview score, and scores on program testing. Those students meeting pre-rad tech requirements and completing all program admission assessments and documents will be evaluated by the faculty of the Radiologic Technology program and the applicants with the highest admission points will move to the program testing. Once program testing is completed and evaluated, the applicants with the highest admission points will be interviewed. After the completion of interviews, the applicants with the highest admissions points will be selected to begin the program in the Summer Semester. All pre-rad tech courses are required to be completed prior to starting the program itself.
Applicants are required to follow the Phases of Admission as listed in #5 below.
5. General admission procedures are
Phase I:
- Acceptance to Dalton State College (DSC) to ensure acceptance for spring semester per the DSC catalog.
- Minimum cumulative college Grade Point Average (GPA) of 2.00/4.00. More admission points awarded for higher GPA's.
- Preference is given to applicants who have completed College Algebra, A&P I and A&P II by June 1st of application year.
- No more than two attempts to pass (with a C or better) any college Math and/or biological science courses.
- Completion (or near completion) of the A.A.S. Degree pre-program college courses (see #6 below).
- Contact Bria Hale at bhale@daltonstate.edu or 706-272-4587 with questions or concerns about the program application.
- Complete and return the program application and forms within 3 weeks of receiving the program application packet.
- Extensions of application documents deadline are made on a situational basis. Applicants will only proceed to Phase II if the program has received all admission documents by expected due dates.
Phase II:
- Apprenticeship: Once the program application has been received and the faculty has determined eligibility based on program admission points, the applicant will be contacted by the application coordinator to discuss and schedule clinical apprenticeship hours (see #7 below for specific details of apprenticeship). There are a limited number (75) apprenticeship slots available. Once the applicant has completed the 8 hours minimum of clinical apprenticeship as scheduled by the faculty, applicants will be evaluated by clinical personnel. Apprenticeships are scheduled starting after August 1st. Updated admission points will be calculated at this point. Applicants with the lowest admission points to date will be notified that he/she will not proceed in the application process.
Phase III:
- Application Orientation Day: Once all applicants have completed the apprenticeship and admission points to date have been calculated, the applicants with the highest admission points will be invited to attend Application Orientation Day (scheduled in the Spring Semester). Applicants with the lowest admission points to date will be notified that he/she will not proceed in the application process.
Phase IV:
- Program Admissions Testing Day: Applicants with the highest program admission points to date will be invited to attend program admission testing day. Upon evaluation of tests, admission points will be calculated again at this point. Applications with the lowest admission points to date will be notified that he/she will not proceed in the application process.
Phase V:
- Program Interview: Applicants with the highest admission points to date will be contacted to schedule a program interview. Upon evaluation of the interview, admission points will be calculated again. Applicants with the highest final calculated points will be selected to the program cohort which starts the upcoming Summer Semester. The program faculty will select 20 students and 2-3 alternates. All applicants will be notified of their acceptance status at that point. Alternates may be selected to take the place of one of the selected students within the first 2 weeks of the start of the program should a student withdraw from the program.
6. Specific pre-program (pre-rad tech) admission requirements* (all courses passed with at least a final course grade of “C” before select summer cohort begins):
For AAS Degree (10 Courses):
ALHT 1130 | Allied Health Terminology *** | 3 |
BIOL 2251K | Anatomy and Physiology I ** | 4 |
BIOL 2252K | Anatomy and Physiology II ** | 4 |
COMM 1110 | Fundamentals of Speech * | 3 |
ENGL 1101 | English Composition I * | 3 |
ENGL 1102 | English Composition II * | 3 |
HIST 2111 | United States History to 1877 *** | 3 |
or HIST 2112 | United States Hist since 1877 | |
MATH 1111 | College Algebra ** | 3 |
POLS 1101 | American Government * | 3 |
PSYC 1101 | Introduction to Psychology * | 3 |
Total Hours | 32 |
- *
Note: Students must maintain at least a "C" average while enrolled in the rad tech program. For pre-rad tech courses, a student shall earn a least a "C" in all courses, or the course(s) shall be repeated. Taking Biology 2251K without the prerequisite requirement of Biology 1107K is a privilege. If a student takes Biology 2251K and withdraws or earns below a "C", the student cannot retake the course without taking Biology 1107K first.
- **
Science and Algebra courses shall have been taken within five years of admission, readmission, or transfer into the program, or they shall be repeated. Courses beyond the five-year limit will be evaluated on a case-by-case basis. Students are ineligible to enter the rad tech program if unable to pass any of the required biological science courses and ANY math courses, including College Algebra, after two attempts. Students must also comply with all Radiologic Technology Program and Dalton State College policies.
- ***
If you have taken a 2-hour Allied Health Terminology course, it will not be acceptable for entry into our program, as the course is a 3-hour requirement at Dalton State College. Applicants wishing to transfer a 2-hour course can remediate by taking a credit-by-exam at DSC. If the exam is failed, the course must be retaken at DSC before admission to the program.
- ****
HIST 2111/2112 and POLS 1101 must be completed before entering the program. Students receiving credit for HIST 2111/2112 and/or POLS 1101 through AP, CLEP, or transfer credit from an out-of-state institution or non-approved Georgia institution must also satisfy Georgia Legislative requirements for both History and/or Constitution before the start of the second year of the program. Please refer to this link for additional information.
7. Apprenticeship hours require the following:
- After the submission of the program application, the applicant will be contacted by the program faculty to discuss the scheduling of apprenticeship hours: 8 hours in a program approved clinical site. There are 75 apprenticeship slots available.
- Scheduling of apprenticeship sessions is limited, and applicants are urged to complete application documents as soon as possible to start the apprenticeship orientation process. Apprenticeship scheduling begins after August 1st.
- Applicants must be accepted to Dalton State College, have a minimum college cumulative grade point average of 2.00/4.00, and all program application documents received by the program for apprenticeship eligibility.
- Recommended dress: apprentice smock (optional), khaki pants, white collared polo shirt, white tennis shoes, and socks.
- Neat dress (no jeans, no colored tennis shoes, no shorts, no sandals).
- Minimal: jewelry, make-up, and cologne; no visible body tattoos; no body piercings except for one earring per ear lobe for females (no visible body piercings includes tongue, eyebrow, nose, chin, facial, and/or ear cartilage). All visible tattoos must be covered with flesh-tone bandages.
- Artificial fingernails are not permitted.
- Personal Hygiene: well-groomed with no offensive odors; no visible tooth decay; no smoke/smell on clothing.
- Hairstyle: neatly maintained and conservative/natural color. Females: pulled back if long, hair out of eyes. Males: hair short to no longer than top of shirt collar in back, neatly trimmed facial hair, hair out of eyes.
- Enthusiasm to learn; highly productive sessions (quality and quantity of exams observed); willingness to help if appropriate.
- Mobile phones/cameras/computers are NOT permitted on apprenticeships.
- Professional and ethical language and behavior displayed at all times.
- Observe and/or assist with all procedures performed during the apprenticeship sessions.
- Additional information will be given to apprentices during the Apprenticeship Orientation session.
Program Fees
The following fees are estimates for various program items:
Fee | Amount |
---|---|
Medical exam w/vision screening | $100 After acceptance & submitted 1 week prior to program start date |
Books | $900 Prior to Program Orientation and throughout semesters |
Uniforms, Shoes, Lab Coat, Patch | $175 Prior to Program Orientation |
Liability Insurance (professional) | $15/year Prior to beginning of each year |
Health Occupation Fee | $25/semester, each semester |
ARRT Certification Exam | $250 Early-sixth semester |
Drug Screen/Background Check | TBA End of April or 1st week of May |
***Additional costs (Estimates): Semester Tuition; Student Semester Activity Fee; Lost Lead Marker Set ($35.00); Lost Film Badge ($35.00 + shipping cost); Graduation Items
****Policies outlining the tuition fee structure, cost of books, withdrawal, and refund schedule are in the Dalton State College Catalog.**
The Dalton State College Radiologic Technology program is accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT). For accreditation concerns, the JRCERT may be contacted at the following address:
JRCERT
20 N. Wacker Dr., Ste. 2850
Chicago, IL 60606-3182
Tel: (312)704-5300; FAX: (312) 704-5304; Email: mail@jrcert.org
Radiologic Technology Program Curriculum Model
First Year | |||||
---|---|---|---|---|---|
Summer | Hours | Fall | Hours | Spring | Hours |
RADT 1105 | 3 | RADT 1107 | 2 | RADT 1127 | 3 |
RADT 1111 | 3 | RADT 1125 | 3 | RADT 1143 | 3 |
RADT 1121 | 3 | RADT 1152 (Clinical Hours: 340 (15/wk@20/wk + 40 August week) Total: 340) | 4 | RADT 1153 (Clinical Hours: 300 (15/wk @ 20/wk) Total: 300) | 4 |
RADT 1151 (Clinical Hours: 160 (10/wk@16/wk) + 40 (mentoring) Total: 200) | 3 | RADT 1232 | 2 | ||
12 | 11 | 10 | |||
Second Year | |||||
Summer | Hours | Fall | Hours | Spring | Hours |
RADT 2229 | 2 | RADT 2104 | 2 | RADT 2106 | 4 |
RADT 2234 | 2 | RADT 2145 | 3 | RADT 2246 | 3 |
RADT 2244 | 2 | RADT 2255 | 5 | RADT 2256 | 5 |
RADT 2254 | 5 | Clinical Hours: 400 (15wk @ 24/wk + 40 Aug wk) Total: 400 | Clinical Hours: 360 (15wk @ 2/wk)Total: 360 | ||
Clinical Hours: 240 (10wk @ 24/wk) Total: 240 | |||||
11 | 10 | 12 | |||
Total Hours: 66 |
First Year Total Clinical Hours Estimation * | 840 | |
Second Year Total Clinical Hours Estimation * | 1000 | |
Total Hours | 1840 |
- *
Clinical Hours may extend into final exam week.
General Education | ||
(Grades of C or higher req'd. See other notes in #4 above.) | ||
ALHT 1130 | Allied Health Terminology | 3 |
BIOL 2251K | Anatomy and Physiology I | 4 |
BIOL 2252K | Anatomy and Physiology II | 4 |
COMM 1110 | Fundamentals of Speech | 3 |
ENGL 1101 | English Composition I | 3 |
ENGL 1102 | English Composition II | 3 |
HIST 2111 | United States History to 1877 | 3 |
or HIST 2112 | United States Hist since 1877 | |
MATH 1111 | College Algebra | 3 |
POLS 1101 | American Government | 3 |
PSYC 1101 | Introduction to Psychology | 3 |
Major Field Requirements *** | ||
RADT 1105 | Radiologic Tech&Patient Care I | 3 |
RADT 1107 | Patient Care II | 2 |
RADT 1111 | Radiographic Anatomy I | 3 |
RADT 1121 | Radiologic Procedures I | 3 |
RADT 1125 | Radiographic Proc II & Anatomy | 3 |
RADT 1127 | Radiographic Proc&Anatomy III | 3 |
RADT 1143 | Intro to Radiologic Science I | 3 |
RADT 1151 | Intro Clinical Rad Tech I | 3 |
RADT 1152 | Intro Clin Rad Tech II | 4 |
RADT 1153 | Interm Clin Rad Tech I | 4 |
RADT 1232 | Introduction to Exposure I | 2 |
RADT 2104 | Radiologic Seminar | 2 |
RADT 2106 | Radiologic Review | 4 |
RADT 2145 | Adv Radiologic Science II | 3 |
RADT 2229 | Radiographic Procedures IV | 2 |
RADT 2234 | Adv Radiologic Exposure II | 2 |
RADT 2244 | Radiation Protection | 2 |
RADT 2246 | Radiation Biology | 3 |
RADT 2254 | Interm Clin Rad Tech II | 5 |
RADT 2255 | Adv Clin Rad Tech I | 5 |
RADT 2256 | Advanced Clinical Rad Tech II | 5 |
Total Hours | 98 |
- ***
Successful completion of Dalton State College Radiologic Technology program major field courses. Acceptable transfer credits from other equivalent JRCERT-approved Radiography programs will be considered on an individual basis.
Note: Graduation from Dalton State College Radiologic Technology program curriculum satisfies the Standard First Aid component. A valid and current Adult CPR card is required for program applicants and entire program enrollment. It is recommended that students wait to take the CPR course when the student begins the RADT courses.
Courses
RADT 1102. Radiology Terminology. 2-0-2 Units.
Introduces the elements of medical terminology as it relates to the field of radiologic technology. Emphasis is placed on building familiarity with medical words through knowledge of roots, prefixes, and suffixes. (Career Course)
Prerequisites: RADT 1101.
RADT 1105. Radiologic Tech&Patient Care I. 2-2-3 Units.
Introduction to Radiologic Technology and technologist’s skills; patient care and assessment, clinical observation and documentation, phlebotomy/venipuncture, vital signs, medical emergencies, basic life support/CPR, infection control, OSHA Standards, blood/air-borne pathogens, methods of sterilization, medical law and ethics, equipment and imaging principles introduction, basic radiation protection principles, and issues common to many specializations in the health care profession. (Career Course)
RADT 1107. Patient Care II. 2-0-2 Units.
Continues the development of the knowledge and skills for delivering patient care in the clinical setting, including consideration for the physical and psychological needs of the patient and family, routine and medical emergency patient care, infection control procedures using universal precautions, education of patient as it pertains to the radiologic procedure, awareness of ethical law in radiology, concepts of pharmacology, venipuncture, and administration of contrast media and intravenous medications. Laboratory evaluations will be administered. (Career Course)
RADT 1111. Radiographic Anatomy I. 2-1-3 Units.
Introduces students to the anatomy and physiology of the human body with an emphasis on radiologic correlation to pertinent radiologic procedures. Topics include: respiratory system, upper and lower extremities, abdomen, bony thorax, pelvis and hip, ossification, joints, human chemistry and cells, and integumentary system. (Career Course)
Prerequisites: Program Admission, Radiologic Technology.
RADT 1112. Radiographic Anatomy II. 2-1-2 Units.
Continues the study of the human anatomy and physiology with an emphasis on radiologic correlation to pertinent radiologic procedures. Topics include: vertebral column, skull, sinuses, and systems including: digestive, urinary, and biliary. (Career Course)
Prerequisites: RADT 1111.
RADT 1113. Adv Radiologic Anatomy III. 2-0-2 Units.
The third course in the radiologic anatomy sequence. Provides the student with knowledge of the following topical areas and body systems: circulatory, lymphatic, reproductive, endocrine, muscular, special senses, nervous system and cross-sectional anatomy. The student will also be able to correlate basic cross-sectional anatomy to a variety of imaging modalities. (Career Course)
Prerequisites: RADT 1112.
RADT 1121. Radiologic Procedures I. 3-1-3 Units.
Introduces the student to radiologic procedures, positioning, image analysis, and correlation of anatomical structures to radiographic films. Emphasis will be placed on the production of quality radiographs, and laboratory experience will demonstrate the application of theoretical principles and concepts. Laboratory evaluations will be administered. Topics include: introduction to radiologic procedures, positioning terminology, positioning considerations, and procedures, anatomy, and topographical anatomy related to body cavities (chest, abdomen). (Career Course)
RADT 1125. Radiographic Proc II & Anatomy. 2-1-3 Units.
Continues development of the knowledge and skill required prior to execution of radiologic procedures in the clinical setting. Laboratory evaluations will be administered. Topics include: anatomy and routine radiologic procedures methodologies performed for the upper and lower extremities, pelvis, spines, bony thorax, skull. (Career Course)
RADT 1127. Radiographic Proc&Anatomy III. 3-2-3 Units.
Continues the study of anatomy and radiologic procedures to include: skull, sinuses, mastoids, zygomatic arches, facial bones, upper and lower gastrointestinal, urinary, biliary systems, and cross-sectional anatomy. Laboratory evaluations will be administered. (Career Course)
RADT 1143. Intro to Radiologic Science I. 3-0-3 Units.
Introduces the concept of basic physics and emphasizes the fundamentals of x-ray generating equipment. Topics include: units of measure, physical principles, atomic structure, structure of matter, electrostatics, magnetism, electromagnetism, control of high voltage, rectification, basic principles of x-ray tube operation and x-ray circuitry. (Career Course)
Prerequisites: RADT 1232.
RADT 1151. Intro Clinical Rad Tech I. 0-16-3 Units.
Introduces students to the performance of radiographic procedures in a variety of clinical settings (i.e., hospitals, doctor’s offices) and provides an opportunity for students to participate in or observe radiographic procedures. Emphasis is placed on clinical exposure to competencies taught and evaluated in Radiologic Procedures I. Students’ activities are under direct supervision before competency evaluation and under indirect supervision after competency evaluation. (Career Course)
RADT 1152. Intro Clin Rad Tech II. 0-20-4 Units.
Continues introductory student learning experiences in a variety of clinical settings. Emphasis is placed on those procedures presented in Radiologic Procedures I and II. Student's activities are under direct supervision before competency evaluation and under indirect supervision after competency evaluation. (Career Course)
Prerequisites: RADT 1151.
RADT 1153. Interm Clin Rad Tech I. 0-20-4 Units.
Provides students with continued clinical setting work experience. Students improve skills in executing procedures introduced in Radiologic Procedures I and II and practiced in previous clinical practicums. Students activities are under direct supervision before competency evaluation and under indirect supervision after competency evaluation. (Career Course)
Prerequisites: RADT 1152.
RADT 1232. Introduction to Exposure I. 2-1-2 Units.
Introduces knowledge of the factors that govern and influence the production of the radiographic image on radiographic film. Emphasis will be placed on knowledge and techniques required to process radiographic film. Topics include: introduction to atomic structure and x-ray production, film processing and chemicals, artifacts, automatic processor troubleshooting, processing quality assurance, state and federal regulations, silver recovery systems, radiographic quality principles to include: recorded detail, distortion, density, and contrast, film holders and intensifying screens, grids and solving technique problems with a variety of mathematical formulas. (Career Course)
RADT 2104. Radiologic Seminar. 2-2-2 Units.
Provides students the opportunity to enhance critical thinking and problem-solving skills. Each student will exhibit creativity in the production of course assignments and evaluations. In addition to creativity assignments, students will be introduced to job-finding skills, resume production, and job-interviewing techniques. Additional topics included in the course are: radiographic pathology, and radiographic quality assurance. Students will also have the opportunity to be evaluated on a variety of mock registry examinations. (Career Course)
RADT 2105. Radiologic Seminar. 2-2-3 Units.
Provides students the opportunity to enhance critical thinking and problem solving skills. Each student will exhibit creativity in the production of course assignments and evaluations. In addition to creativity assignments, students will be introduced to job-finding skills, resume production, job-interviewing techniques. Additional topics included in the course are: radiographic pathology, and radiographic quality assurance. Students will also have the opportunity to be evaluated on a variety of mock registry examinations. (Career Course)
Prerequisites: RADT 2234.
RADT 2106. Radiologic Review. 3-3-4 Units.
Provides a review of basic knowledge from previous courses and helps the student prepare for the national certification for radiographers. Topics include: principles of image production and evaluation, radiation protection and biology, radiologic equipment, radiographic anatomy, physiology and pathology, radiographic procedures, and patient care techniques. (Career Course)
Prerequisites: RADT 2145.
RADT 2145. Adv Radiologic Science II. 3-0-3 Units.
Continues discussion of the concepts of basic physics and the fundamentals of x-ray generating equipment. A basic review of Radiologic Science I will be presented. Additional course topics include: production and characteristics of radiation, inter-actions of x-ray and matter, survey of a variety of radiographic equipment, image intensified fluoroscopy, recording media and techniques, image noise, and equipment monitoring and maintenance. (Career Course)
Prerequisites: RADT 1143.
RADT 2229. Radiographic Procedures IV. 2-1-2 Units.
The final course in the radiologic procedures sequence. Topics include radiologic anatomy and procedures for the following: reproduction system, venograms, arteriograms, panorex, myelograms, arthrograms, bronchograms, tomograms, and pediatric and trauma radiology. The course also includes an introduction to adjunct imaging modalities including: computerized tomography, magnetic resonance imaging, radiation therapy technology, ultrasound, nuclear medicine, cardiac catheterization, digital radiology, mammography, and angioplasty. Also includes a review and evaluation of the basic radiologic procedures presented in the previous three radiologic procedures courses. Laboratory evaluations will be administered. (Career Course)
RADT 2234. Adv Radiologic Exposure II. 2-1-2 Units.
Continues to develop knowledge of the factors that govern and influence the production of the radiographic image on radiographic film. Topics include: beam limiting devices, beam filtration, technique alterations for a variety of equipment and patient pathology, control of scattered radiation, advanced technique formation and exposure calculation. (Career Course)
Prerequisites: RADT 1232.
RADT 2244. Radiation Protection. 2-1-2 Units.
Provides instruction on the principles of safe radiation usage, protection, and interaction of radiation on living matter. Topics include: radiation detection, measurement, patient and radiographer protection, dose limits, state and federal regulations and agencies. (Career Course)
Prerequisites: RADT 1143.
RADT 2246. Radiation Biology. 2-1-3 Units.
Provides a review of the topics discussed in Radiation Protection as well as instruction on the interaction of radiation on living matter. Topics include: radiation detection, measurement, patient and radiographer protection, dose limits, radiation biology, cell anatomy, radiation/cell interaction, and effects of radiation. (Career Course)
Prerequisites: RADT 2145.
RADT 2254. Interm Clin Rad Tech II. 0-24-5 Units.
Provides students with continued clinical setting work experience. Students improve skills in executing procedures introduced in Radiologic Procedures I, II, and III; and practiced in previous clinical practicums. Students activities are under direct supervision before competency evaluation and under indirect supervision after competency evaluation. (Career Course)
Prerequisites: RADT 1153.
RADT 2255. Adv Clin Rad Tech I. 2-24-5 Units.
Provides students with continued clinical setting work experience. Students improve skills in executing procedures introduced in Radiologic Procedures I, II, III, and IV; and practiced in previous clinical practicums. Students activities are under direct supervision before competency evaluation and under indirect supervision after competency evaluation. (Career Course)
Prerequisites: RADT 2254.
RADT 2256. Advanced Clinical Rad Tech II. 2-24-5 Units.
Provides a culminating clinical setting work experience which allows the students to synthesize information and procedural instruction provided throughout the Radiologic Technology program. Emphasis is placed on skill level improvements and final completion of all required clinical competencies presented in previous courses and practiced in previous clinical Radiologic Technology courses. Execution of radiographic procedures will be conducted under indirect supervision.