RADIATION SAFETY AND PROTECTION COURSE IDENTIFICATION AND APPLICATION INFORMATION

It explains fundamental physics, chemistry, anatomy, radiological and cross-sectional anatomy, and physiology related to the field.

It explains occupational health and safety, radiation safety and protection protocols, environmental awareness, and quality processes.

Distinguish between the results of different imaging anatomical structures.

This describes the basic procedures for radiotherapy treatment.

It follows protocols for processing, recording, and archiving the acquired images.

They use problem-solving and critical thinking skills in their professional applications.

It effectively and safely utilizes current technologies and clinical applications in the field of medical imaging (radiography, CT, MRI, ultrasound, nuclear medicine, etc.).

It effectively utilizes information technologies related to medical imaging (PACS, RIS, DICOM, digital archiving and image processing systems, etc.).

The technician prepares the patient before imaging, performs the imaging, and checks the image quality.

Adhering to the ethical principles required by their profession, they fulfill their technical, clinical, and operational responsibilities.

In professional settings, they make quick decisions in unforeseen situations and take on responsibilities suitable for teamwork.

With a focus on career management and lifelong learning, they keep up with professional innovations and technologies.

Based on their knowledge and skills, they express their thoughts to the healthcare team and the patient in an appropriate and understandable way through written and oral communication.

They can communicate and keep up with developments in their profession by using a foreign language.

The company prioritizes patient privacy and safety in the collection and use of data related to its field and in sharing the results in clinical processes.