Radiologic Technology is a dynamic and essential field in healthcare that focuses on the use of medical imaging to diagnose and treat diseases. A radiologic technology program combines foundational knowledge in anatomy, patient care, and radiation safety with advanced imaging techniques to prepare students for a rewarding career in medical imaging.
Core Courses in Radiologic Technology
Introduction to Radiologic Technology - Overview of the field, including professional ethics, history, and career paths.
Anatomy and Physiology - Comprehensive study of human body structures and systems relevant to medical imaging.
Medical Terminology - Key terms and language used in the medical field, with a focus on imaging contexts.
Radiographic Positioning and Procedures I - Basics of positioning patients for diagnostic imaging, with an emphasis on common procedures.
Radiation Physics - Principles of radiation production, interactions, and safety measures.
Radiation Protection and Biology - Focuses on minimizing exposure risks to patients and technicians, with a study of biological effects.
Pathology for Radiologic Sciences - Introduction to disease processes and how they appear in radiologic images.
Radiographic Imaging Equipment - Study of the machinery and technology used in modern imaging practices.
Clinical Practicum I - Hands-on experience in a clinical setting to apply foundational knowledge.
Advanced Imaging Modalities - Exploration of specialized techniques like CT, MRI, and digital imaging systems.
Electives for Specialization
Magnetic Resonance Imaging (MRI) Techniques - Advanced training in the principles and applications of MRI.
Computed Tomography (CT) Procedures - Detailed focus on CT imaging, including cross-sectional anatomy and protocols.
Interventional Radiography - Training in minimally invasive procedures guided by imaging technologies.
Ultrasound Fundamentals - Basics of diagnostic sonography, including equipment use and image interpretation.
Mammography - Specialization in breast imaging, including screening techniques and diagnostics.
Common Career Paths for Radiologic Technology Graduates
Radiologic Technologist - Perform X-rays and other imaging procedures in hospitals and clinics.
MRI Technologist - Operate MRI equipment to produce diagnostic images.
CT Technologist - Specialize in computed tomography imaging for advanced diagnostics.
Radiology Department Supervisor - Manage teams of radiologic technologists and oversee departmental operations.
Interventional Radiology Technologist - Assist in image-guided minimally invasive procedures.
A Degree in Radiologic Technology
A degree in Radiologic Technology equips students with the skills and knowledge to thrive in the healthcare industry. Core courses provide a solid foundation in medical imaging, while electives allow for specialization in cutting-edge techniques. Graduates can pursue a range of rewarding careers in medical imaging and radiology management.
