6 courses with the subject RADT, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
RADT 110Radiologic Technology with Clinical I6
3 Lecture Hours, 2 Lab Hours, 16 Hours Clinical/Week Course Description This course provides an introduction to the profession of radiologic technology, emphasizing the foundational knowledge and skills necessary for clinical practice. Students learn principles of radiation protection for patients and radiographers, X-ray production and control, and fundamental positioning techniques to demonstrate anatomy of clinical interest. Medical terminology specific to radiology and effective patient communication skills are integrated throughout to promote safety, comfort, and understanding during procedures. Under the direct supervision of radiologists, clinical instructors, and certified technologists, students apply classroom concepts in clinical settings, becoming familiar with radiographic and fluoroscopic equipment while expanding their knowledge of the hospital health team. Professional ethics, patient care, and teamwork are emphasized. By the end of the course, students are oriented to assigned clinical sites. Prerequisite Acceptance into the program Corequisite BIOL 131 ENGL 101 Text Lampignano, J., Kendrick, L.,. (2025). Radiographic Positioning and Related Anatomy (11th ed.), Elsevier. Objectives
4 Lecture hours per week 3 hours lab, 16 hours clinical/week Course Description This course expands on radiologic theory and clinical practice, focusing on advanced imaging concepts and procedures. Students explore the control of image characteristics, the use of radiographic accessories, complex skeletal positioning, radiography of non-osseous systems, and complementary imaging modalities. Clinical experience emphasizes advanced procedures of the skull and thorax, with students expected to analyze and apply factors that influence radiographic quality while manipulating those factors in practice. Learning takes place under the direct supervision of certified technologists and radiologists. Prerequisite RADT 110 BIOL 131 ENGL 101 Corequisite BIOL 132 COMP 210 Text Lampignano, J., Kendrick, L.,. (2025). Radiographic Positioning and Related Anatomy (11th ed.), Elsevier. Objectives
4 Lecture hours per week 3 Hours Lab, 24 clinical hours/week Course Description This course introduces specialized radiographic procedures of non-skeletal areas and explores the biological effects of exposure to ionizing radiation. Students review basic radiation cell physiology and chemistry, including factors that influence somatic and genetic responses to ionized tissue. Building on foundational skills, students expand their knowledge and practice of radiographic and fluoroscopic procedures under the direct supervision of certified technologists and radiologists. Competency-level skills are developed as students perform procedures with increasing proficiency, including the identification of pathology, disease, and disorders. Prerequisite RADT 110 BIOL 132 RADT 111 COMP 210 Corequisite RADT 201 Text Lampignano, J., Kendrick, L.,. (2025). Radiographic Positioning and Related Anatomy (11th ed.), Elsevier. Objectives
3 Lecture Hours Per Week Course Description This course introduces students to the fundamental physical principles of X-ray production and medical imaging. Topics include the nature and generation of X-rays, their interactions with matter, and the theoretical operation of basic X-ray imaging systems. Students will also explore various imaging modalities that employ X-rays, analyzing the impact of physics-related factors on image quality and diagnostic accuracy. Emphasis is placed on applying problem-solving skills to physics concepts in preparation for the Radiologic Technologist Registration examination. Prerequisite BIOL 132, COMP 210, RADT 111 Corequisite RADT 112 Text Johnston, James N. (2024). Essentials of Radiographic Physics and Imaging (4th ed.). St. Louis, Mo: Elsevier Objectives
4 Lecture Hours, 3 Lab Hours, 24 clinical hours/week Course Description This course provides an advanced review of radiographic pathology and introduces optional supplementary imaging modalities while reinforcing the essential functions of the radiologic technologist in preparation for the American Registry of Radiologic Technologists (ARRT) Examination in Radiography. Students continue to apply and practice the full spectrum of radiographic and fluoroscopic procedures, progressing from direct to indirect supervision under certified technologists and radiologists. The course emphasizes competency, professional practice, and clinical decision-making. Prerequisite RADT 112 RADT 120 Corequisite MATH 100 PSYC 201 Text Lampignano, J., Kendrick, L.,. (2025). Radiographic Positioning and Related Anatomy (11th ed.), Elsevier. Lampignano, J., Kendrick, L.,. (2025). Radiographic Positioning and Related Anatomy (11th ed.), Spiralbound, Elsevier Objectives
4 Lecture Hours/3 Lab Hours Course Description This course provides an advanced review of radiographic pathology and introduces optional supplementary imaging modalities while reinforcing the essential functions of the radiologic technologist in preparation for the American Registry of Radiologic Technologists (ARRT) Examination in Radiography. Students continue to apply and practice the full spectrum of radiographic and fluoroscopic procedures, progressing from direct to indirect supervision under certified technologists and radiologists. The course emphasizes competency, professional practice, and clinical decision-making. Prerequisite RADT 210 RADT 120 Corequisite PHED 125, AHEA 110, COMM 201 Text Lampignano, J., Kendrick, L.,. (2025). Radiographic Positioning and Related Anatomy (11th ed.), Elsevier. Lampignano, J., Kendrick, L.,. (2025). Radiographic Positioning and Related Anatomy (11th ed.), Spiralbound, Elsevier Objectives
