Radiologic Technology: Program Overview, Universities, Careers & Salaries

Program Overview

Prepared under the guidance of medical professionals, this program equips students with the technical and clinical expertise needed to deliver accurate, safe, and efficient medical imaging services. Graduates are trained to support diagnostic processes by producing high-quality images essential for patient assessment and treatment planning across diverse healthcare environments.

• Applied Anatomy and Physiology: Focuses on the structural and functional organization of the human body, with emphasis on systems most relevant to diagnostic imaging.
• Patient Positioning: Teaches precise techniques for placing patients optimally to capture clear, diagnostic-quality images while minimizing discomfort and risk.
• Radiographic Technique: Explores the principles and methods used to produce radiographic images using optimal exposure factors and equipment settings.
• Radiation Biology: Covers the biological effects of ionizing radiation on human tissues, including cellular responses and long-term health implications.
• Safety and Emergency Procedures: Emphasizes radiation protection protocols, infection control, and immediate response strategies for medical emergencies during imaging procedures.
• Equipment Operation and Maintenance: Provides hands-on training in the use, calibration, and routine upkeep of radiologic imaging systems and ancillary devices.
• Quality Assurance: Involves systematic evaluation and monitoring of imaging processes and equipment to ensure consistent image quality and regulatory compliance.
• Patient Education: Develops communication skills to inform patients about procedures, reduce anxiety, and promote cooperation during imaging sessions.
• Medical Imaging Services Management: Introduces foundational concepts in workflow coordination, documentation, ethics, and operational efficiency within imaging departments.