CARD-124 X-Ray Theory for Cardiovascular Technology
This course is designed for students enrolled in the Cardiovascular Technology program. It will provide an in-depth study of x-ray theory to include x-ray imaging, basic sciences, electromagnetic radiation, radiobiological effects, and dose limits for radiation workers.
Prerequisite
Admission to the Cardiovascular Technology program, permission of CVT program director,
PHYS-101 or equivalent, and appropriate score on mathematics placement exam or eligible to enroll in
MATH-070
Hours Weekly
3 hours weekly
Course Objectives
- 1. Explain the process of creating the radiographic image.
- 2. Discuss the nature of ionizing electromagnetic (EM) radiation and the radiobiological effects on the
human body - 3. Describe electrical components and apply Ohm’s Law to parallel and series electrical circuits.
- 4. Describe specific patient safety measures and concerns associated with the use of radiation in the cardiac
cath lab. - 5. Identify principles of radiation protection including responsibilities of the cardiovascular technologist
for patients, personnel and the public. - 6. Apply general radiation safety and protection practices associated with cardiovascular procedures.
Course Objectives
- 1. Explain the process of creating the radiographic image.
- 2. Discuss the nature of ionizing electromagnetic (EM) radiation and the radiobiological effects on the
human body - 3. Describe electrical components and apply Ohm’s Law to parallel and series electrical circuits.
- 4. Describe specific patient safety measures and concerns associated with the use of radiation in the cardiac
cath lab. - 5. Identify principles of radiation protection including responsibilities of the cardiovascular technologist
for patients, personnel and the public. - 6. Apply general radiation safety and protection practices associated with cardiovascular procedures.