Course Overview

The course is a comprehensive imaging skills development program designed for individuals entering the Diagnostic Imaging Service field. This seven-week course combines theoretical learning with hands-on experience to equip students with the essential knowledge and practical skills necessary for the effective servicing, maintenance, and troubleshooting of radiographic systems used in medical imaging. The course encompasses advanced topics in radiation safety, X-ray production, image receptor technologies, and Picture Archiving and Communication System (PACS) troubleshooting.

Students will participate in an immersive online component that includes live weekly instruction and Virtual Reality (VR/XR) training to foster a robust understanding of foundational imaging technical competencies. Upon completion of the online portion of the portion of the program, technicians will apply their knowledge during a one-week hands-on experience, reinforcing skills in first-level service procedures. Successful completion of this course will develop students into competent professionals prepared to ensure the reliability and functionality of diagnostic X-ray systems in diverse healthcare environments.

Prerequisites

To attend this course, the service professional must have a two-year associate degree in electronics or equivalent service experience in the HTM career field.

Course Objectives

Demonstrate a thorough understanding of the fundamental principles of X-ray theory and X-ray production, establishing a solid foundation for radiographic imaging.

Implement radiation safety protocols that protect patients, healthcare personnel, and technicians during the operation of diagnostic imaging systems.

Identify and describe the major components of X-ray systems, including their functions, interrelationships, and integration within the imaging process.

Demonstrate the operation of radiographic, fluoroscopic, and mobile systems, including the ability to adjust parameters to produce desired changes in final image quality.

Evaluate and apply the criteria for high-quality radiographs, assessing the factors that impact image integrity and patient diagnostics.

Interpret the functions and characteristics of various image receptor technologies, understanding their roles in enhancing the quality of medical imaging.

Utilize troubleshooting techniques to identify common faults in X-ray systems, implementing corrective actions to restore functionality efficiently.

Conduct preventative maintenance tasks on radiographic equipment to ensure compliance with current regulatory standards and optimal performance.

Examine and analyze the requirements of a Computerized Maintenance Management System (CMMS) that supports medical device integration and management throughout the equipment lifecycle.

Summarize the change management process for introducing new imaging devices, emphasizing the importance of interoperability, user training, and compliance during implementation.

Demonstrate knowledge of PACS (Picture Archiving and Communication System) and DICOM (Digital Imaging and Communications in Medicine) standards, explaining how they enhance the management and sharing of medical imaging data.

Assess the risk factors associated with various medical imaging systems and propose strategies to mitigate these risks based on established best practices.

Describe the criteria for high-quality radiographs, ensuring a comprehensive understanding of the standards necessary for effective diagnostics.

Determine the proper use of radiological testing equipment and its significance in the context of medical imaging assessments.

Demonstrate the knowledge of overtable radiographic, fluoroscopic, and special procedure systems, including their operational parameters and integration into clinical workflows.

Understand and apply basic preventative maintenance and troubleshooting procedures, ensuring resilience and reliability in medical imaging equipment operation.