Improvement in magnetic resonance and computed tomography with an emphasis on oncology for radiology and biomedical technicians and technologists

The course will cover the imaging techniques acquired through magnetic resonance imaging, identifying and interpreting images with the different weightings applied to the diagnostic acquisition method, and differentiating the various grayscale images used in medical imaging by signal capture and tonality. The course will focus on image quality and patient safety, with an emphasis on protocols for all anatomical segments, especially oncology.

The course will cover the imaging techniques acquired through computed tomography (CT), identifying and interpreting images from the various sequences used in this acquisition method, and differentiating the various grayscale images used in medical imaging by tonality. The course will focus on image quality and patient safety, with an emphasis on protocols for all anatomical segments, especially those in oncology.

Differential

• The course's key differentiator is its live theoretical classes with highly qualified instructors with extensive experience in various MRI platforms, both 1.5 and 3.0 T. They work in clinical practice and will also serve as internship instructors. We also have a state-of-the-art technology facility with high-tech equipment (1.5 or 3.0 T) and a routine examination with highly complex protocols, thus preparing students in both theoretical and practical aspects for the MRI job market.
• The course's key differentiator is that it features live theoretical classes with highly qualified instructors with extensive experience in various computed tomography platforms, both 16-channel and 64- to 256-channel. The instructors also work in clinical practice and will also serve as internship instructors.
• Another major differentiator is our cutting-edge technology park, with high-tech equipment (16, 64, and 256 channels) and an examination routine with highly complex protocols, thus preparing students in both theoretical and practical issues for the job market in general and oncological tomography.