Faculty of Radiology

Learn all about the faculty of Radiology

Meet the faculty of Radiology, know where to take this graduation and how is the job market for the professional in this area!

The technological faculty in Radiology lasts between 2 and 3 years and it is possible to study it in face-to-face and distance modalities.

The Radiology Technologist is the professional responsible for operating diagnostic imaging equipment that produces exams such as radiography, tomography and magnetic resonance imaging, among others.

In addition to the medical area, radiological equipment is also used in industrial and engineering areas where it is used to track metal structures and pipelines hidden under concrete, for example.

Find out more about the faculty of Radiology, what is being studied, where to take this degree and how is the job market for a Radiology Technologist.

About the Faculty of Radiology

The purpose of the Radiology faculty is to train trained professionals to perform diagnostic imaging, apply therapy techniques using controlled sources of radiation, and work in the industrial and nuclear medicine sectors.

The faculty presents, in its curriculum, disciplines on Anatomy, Biology and Physics applied to the practice of Radiology.

In addition to the general disciplines, the student learns about radiological and radiotherapeutic techniques, such as performing contrast tests, mammograms and CT scans, among others.

Biosafety regulations and radiological legislation, protection and hygiene are also part of the Radiology Technologist’s training.

During college the student will have many activities developed in laboratories, where he will learn how to operate imaging equipment.

At the end of the course, students should take a supervised internship in the area or buy essays online for college . Some colleges choose to write a Course Completion Work (CBT) rather than the internship.

Professional profile in Radiology

Those who wish to pursue a career as a Radiology Technologist should have an interest in the areas of Biological Sciences and also of Exact Sciences.

The radiology professional must be humanist, since he deals with many patients in fragility, and must also respect the ethical and bioethical principles of the profession.

It must have some affinity with technology and be constantly updated about new techniques and equipment used to obtain images.

In order to succeed in his profession, the technologist must still be careful and have good observation skills to do analysis of the images.

Curriculum of the Faculty of Radiology

The curricular matrix of the faculty of Radiology depends on the educational institution that offers this graduation.

In general, we find the following disciplines in the faculty of Radiology:

  • Functional Anatomy
  • Veterinary Radiological Anatomy
  • Sectional Anatomy
  • Biostatistics
  • Biology and Histology
  • Biochemistry
  • Biosafety
  • Equipment Control
  • Epidemiology
  • Contested Exams
  • Special Radiological Examinations
  • Pharmacology and Means of Contrast
  • Radiation Physics
  • Human physiology
  • Fundamentals of Physics
  • Hemodynamics
  • Radiation Legislation
  • Mammography and Bone Densitometry
  • Nuclear medicine
  • Microbiology, Immunology and Parasitology
  • Pathology Applied to Image
  • Principles of Ultrasonography
  • Radiation Protection
  • Conventional Radiology
  • Industrial Radiology
  • Integrated Radiology
  • Radiotherapy
  • Magnetic Resonance Imaging
  • Nursing Techniques in Radiology
  • Computed tomography
  • Job Market for Radiology

The demand for professionals specialized in Radiology has grown considerably due to a recommendation of the National Agency of Sanitary Surveillance (Anvisa), which provides for the hiring of these professionals in hospitals, clinics and laboratories.

By hiring professionals specialized in radiology, health establishments guarantee the quality of diagnostic imaging services as well as the safety of patients and of those who operate the machines.

The Radiology Technologist will find job offers in places like:

Public and private hospitals

Diagnostic Imaging Clinics

Radiology clinics

Clinical analysis laboratories

Outpatient clinics and basic health units

Veterinary radiology clinics

Radiological Equipment Industries

Industries in general

Research Center

Airports (works with security staff, with x-ray equipment)

Among the activities that this professional performs, we mention some:

Prepare the machine and patient for the examination.

Program and operate imaging equipment.

Obtain the image, check the quality and, if necessary, adjust the machine and repeat the scan to obtain a clearer image.

Perform image analysis.

Prepare descriptive report of the image.

Manage diagnostic imaging services.

Supervise the radioprotection.

Perform examinations such as mammography, MRI, tomography, etc.

Acting in the industrial radiology, in the irradiation of foods and also in the sterilization of materials.

In addition to these activities, the Radiology Technologist can also pursue the academic career, teaching classes for colleges or conducting research in this area.