Course Descriptions

RTE 1002 Introduction to Radiologic Technology/C.N.A. (5) (A.S.)
Prerequisite: Acceptance into the Radiography Program. This course is divided into two sections. The first portion of this course focuses on radiology - history, equipment, role in medicine, and the clinical environment. Radiographic accessories (image receptors, beam-limiting devices, grids etc.) and image processing are examined, as well as ethics of the profession, medical law and patient care. The second portion of the course consists of a Nursing Assistant Program based on the state CNA curriculum. This nursing assistant component consists of didactic, lab, and clinical experience in a nursing facility. Additional Special fees required. (Summer C)

RTE 1308 Radiation Protection and Safety (2) (A.S.)
Three hours per week for 12 weeks. Prerequisite: Acceptance into the Radiography Program. . Three hours per week for twelve weeks (Summer C). The course provides information which will enable the student to safely administer ionizing radiation in the diagnostic clinical setting. This course examines how radiation affects human cellular biology; federal regulations regarding exposure levels to patients and operators; and the proper utilization of protective devices to minimize exposure.(Summer C)

RTE 1001 Medical Terminology for Radiographers (1) (A.S.)
1.3 hours per week for 12 weeks. Prerequisite: Acceptance into the Radiography Program. This course is an introduction to the language of medicine with emphasis on its use in radiologic technology. Students will survey and become proficient in the use of medical and anatomical terminology, including definitions, word construction and analysis of disease, operative procedure, diagnostic and treatment terms, and abbreviations as reflected in medical documentation. This course format will consist of a combination of self-directed learning, as well as classroom discussion. An in-class oral presentation is also required.

RTE 1503C Radiographic Procedures I (4) (A.S.)
Four hours per week.  Prerequisites: RTE 1002 and 1308. This is the first of four courses dealing with the anatomy and positioning of the human body. It is designed to cover basic radiographic principles, chest, abdomen, upper and lower extremities. The student will work with phantoms and two fully energized laboratories to enhance their comprehension. Simulations of various radiographic procedures will also be conducted.

 RTE 1503L Radiology Procedures I Laboratory (0) (A.S.) Laboratory to accompany RTE 1505C.

Five hours per week. Prerequisite: RTE 1002 and RTE 1308. This course focuses on the principles of x-ray production, radiographic exposures including prime factors of radiographic quality and their effects on each other and the image, as well as the equipment and circuitry needed to produce these effects. Additional special fees are required.

RTE 1804L Practicum I (3) (A.S.)
Sixteen hours per week. Corequisite: RTE 1503 C. This course provides practical application of the theory and principles presented in the classroom. Students attend one of the program’s clinical affiliates and work under the supervision of a registered radiographer while performing radiographic procedures. Additional special fees are required.

Five hours per week. Prerequisite: RTE 1418. This is a continuation of RTE 1418 with further investigation of image formation using fluoroscopy, mobile radiography, and advanced computerized imaging modalities. This course also includes a detailed quality assurance segment where the student will perform quality control testing on radiographic equipment and present the information during an in-class group presentation. In addition, an in-class presentation of a journal article on an imaging modality will be required.

Four credit hour course, with three hours of lecture and three  hours of laboratory per week.Prerequisites: RTE 1503C and RTE 1418L. This is a continuation of RTE 1503C with emphasis on the routine positioning of the pelvis and hip; abdominal procedures such as upper and lower gastrointestinal tracts, spine studies, skull and facial bone areas, bony thorax and urinary system. Students will work with phantoms and a fully energized laboratory to enhance their understanding. Simulations of various radiographic procedures will also be conducted.

RTE 1930 Seminar in Radiography (1) (A.S.)
This course will introduce the radiography student to the structure of the healthcare system, the patient as a customer, delivery of enhanced patient care, and steps in the process of medical diagnosis. Skills to be successful in the program’s Practicum Courses and achieving professionalism will also be investigated.

Sixteen hours per week. Corequisite: RTE 1513 C. A continuation of RTE 1804L with emphasis on practical application of positions learned in Radiographic Procedures I and II. Students attend one of the program’s clinical affiliates and work under the supervision of a registered radiographer while performing radiographic procedures.

RTE 1824C Practicum III (4) (A.S.) 

Prerequisite:  RTE 1814L.  30 hours per week for 12 weeks.  A continuation of RTE 1814L with emphasis on practical application of procedures learned in Radiographic Procedures I and II.   Students will attend one of the program’s clinical affiliates and work under the supervision of a registered radiographer while performing radiographic procedures. Additional special fees required.  

Prerequisite: RTE 1513C. This course will concentrate on arthrography, myelography, trauma radiography and special radiographic projections. The course is divided into two major sections. The first section is designed to help the student become confident and competent in performing radiographic procedures during trauma situations. Modifications of routine projections, technical considerations, and patient care during trauma situations will be discussed. The second section of this course will cover special radiographic projections which can be utilized when routine projections do not demonstrate desired anatomy. Students will also complete case studies, and share with the class, highlights of their clinical experience through an oral presentation, and share with the class, highlights of their clinical experience through an oral presentation.

One hour per week. Prerequisite: RTE 1513C and RTE 1418. This course is designed to assess students’ ability to critique radiographic images for proper patient positioning, exposure factors, anatomy, artifacts and evidence of radiation protection. Critical thinking and problem solving skills are necessary in determining causes of technical problems and identifying corrective actions.

RTE 2762 Cross-Sectional Anatomy (2) (A.S.)
Prerequisite: RTE 2523C or current radiography license. Anatomical cross-sections of the human body are examined utilizing digital imaging of both MR & CT. Course study concentrates on structures composing the brain, chest, abdomen, and pelvis. Appendicular girdles, muscles, and osteology are also investigated. Structures depicted in the cross-sections are labeled. Students practice and assess identification skills through detailed review exercises. Students will also explore the physiological processes of human anatomy. In additional to the analysis of normal anatomy, each unit is supplemented with common diagnostic exams and etiologies.

22.5 hours per week. Prerequisite: RTE 1824C. Corequisite: RTE 2523C.
Special emphasis is placed on advanced positioning skills. Students attend one of the program’s affiliates for a designated period of time and work under the appropriate supervision of a registered radiographer while performing radiographic procedures. Additional special fees are required.

Prerequisite: RTE 2523C. This course will concentrate on radiographic pathology, special radiographic procedures and other imaging modalities of the Radiological Sciences. The course is divided into two major sections. The first section will cover radiography of miscellaneous radiographic procedures, and provide an introduction to pharmacology, disease processes and the associated radiographic pathology. The second section of this course will provide the student with information about special radiographic procedures. The student will also be introduced to the basics of other imaging modalities which are used to diagnose and treat medical illnesses. Students will also complete case studies, a research project, and an oral presentation.

Corequisite: RTE 2563 or registry eligible. The course provides a general review of content studied during the course of the program. The course  incorporates the use of discussion, review tests, and mock registry exams to help students prepare for the ARRT exam.

22.5 hours per week. Prerequisite: RTE 2834L. Corequisite: RTE 2563. A continuation of RTE 2834L with emphasis placed on advanced radiographic procedures. The student is encouraged to spend time in areas such as ultrasound, nuclear medicine and vascular imaging to gain insight into these postgraduate areas. Students attend one of the program’s affiliates and work under the direct supervision of a registered radiographer while performing radiographic procedures. Additional special fees are required.