The discipline of radiation protection, also known as radiological protection, is a field of study and practice that focuses on minimizing the risks associated with exposure to ionizing radiation. 

Radioprotection encompasses a variety of measures and strategies to protect humans and the environment from the harmful effects of radiation, which can be emitted by natural or artificial sources.

The main objectives of radiation protection include:

1. Prevention of Unnecessary Exposures: Ensure that radiation exposures are kept as low as reasonably achievable, avoiding unnecessary exposures.

2. Dose Limitation: Establish acceptable dose limits for different groups of people, such as exposed workers and the general public, ensuring that individual doses remain below these limits.

3. Optimization: Seek to optimize practices and procedures in order to achieve the best possible balance between benefits and risks associated with radiation exposure.

4. Font Control: Manage and control the use of radioactive sources, ensuring their safety and minimizing the risk of accidental exposure.

5. Education and Training: Provide adequate training for professionals who work with radiation, ensuring they are aware of radiation protection principles and know how to implement them in their activities.

This discipline is crucial in several areas, such as nuclear medicine, diagnostic and therapeutic radiology, the nuclear industry, scientific research, and industrial applications involving radiation. 

The strict compliance with radiation protection principles is essential to ensure the safety of both professionals who deal with radiation and the general public, contributing to the safe and responsible development of technologies involving the use of ionizing radiation.

The radiation protection course was developed to train individuals who are occupationally exposed to ionizing radiation. The knowledge acquired from this course is essential for working in hazardous environments in the presence of technologies that emit ionizing radiation.

Designed to make learning accessible and applicable, the course offers a practical, results-oriented approach that transforms participants' initial interest into a solid foundation for professional practice.

The learning will allow the graduate of this course to acquire knowledge to protect themselves, the other team members, and patients during procedures guided by ionizing radiation-emitting equipment.

• Modality: 100% blended learning course (online).
• Total Workload: 30 hours.
• Course Duration: from 3 to 6 months.
• Course type: modular.
• Number of Modules: 5
• Approval Criterion: 7.00 and 75% in the course. 
• Level: Training for professional qualification.
• Certificate: Digital Included.
• We have special prices for

• Biomedics.
• Nurses.
• Licensed Practical Nurses.
• Radiology Technicians and Technologists (update).

– Total cost of the course – R$ 500.00.

– Price per module – R$ 120.00.

The radiation protection course is a complement for healthcare professionals who work in environments with exposure to ionizing radiation.

Professionals trained in ionising radiation protection have a broad job market, especially in sectors that use technologies involving ionising radiation. Some of the main areas of operation include:

1. Health and Medicine

   • Diagnostic and Interventional Radiology: Hospitals, clinics, and diagnostic imaging centers need radiation protection professionals to ensure the safety of patients and workers exposed to radiation during imaging procedures, such as X-rays, computed tomography scans, and nuclear medicine exams.
   • Radiotherapy: In healthcare institutions offering radiotherapy treatments for cancer patients, radiation protection specialists are essential to ensure the safe administration of therapies.

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• As soon as enrollment is available, you will be notified.