Radiation oncology

Group of educational programs: Radiation Oncology

Cipher: 7R01111

Duration of study: 2 years, 140 credits

Admission conditions: availability of higher medical education, internship, or a document indicating the qualification of a "doctor" in the program of higher medical education, a doctor's certificate, an entrance exam according to the Admission Policy of students

Tuition fee for 1 year: 2 000 000 tenge

Radiation oncology

Mission

Education and training of doctors in the specialty radiation oncology at a level at which they will independently competently perform all basic clinical duties. They are able to independently determine the indications for radiation treatment, conduct pre-radiation training, apply remote and contact radiation methods in practice, conduct courses of chemo-radiation treatment, evaluate and predict the development of treatment complications.

What will you learn?

1-2 course
  • Education and training of doctors in the specialty radiation oncology at a level at which they will independently competently perform all basic clinical duties;
  • They are able to independently determine the indications for radiation treatment;
  • Conduct pre-radiation training;
  • To apply remote and contact irradiation methods in practice;
  • To conduct courses of chemo-radiation treatment;
  • Evaluate and predict the development of treatment complications.

Final learning outcomes

  1. Perform a clinical assessment of the patient's condition, a physical examination. The ability to integrate pathology and imaging data, determine the stage and prognostic factors, and the multidisciplinary goal of treatment. 
  2. Develop a radiation therapy plan, a prescription for radiation therapy, determine the treatment method, energy, fractionation. 
  3. Perform positioning and immobilization, contouring of targets and risk organs, and evaluate a treatment plan. 
  4. Conduct irradiation sessions with proper dose delivery, verify the accuracy of the installation for irradiation based on portal visualization. 
  5. To assess the toxicity of treatment based on clinical and laboratory signs, the degree of tumor regression. The ability to conduct accompanying therapy. 
  6. Work in a team, including an advisory role, in most clinical situations.
  7. Communicate with patients and their families to explain the diagnosis, plan treatment, discuss the risks and benefits of radiation therapy and the expected results. 
  8. Work with members of the treatment team, including technicians, physicists, and nursing staff to coordinate and deliver treatment.

Radiation oncology

Employment

Upon completion of the residency, graduates are employed as: a radiation oncologist in a healthcare organization; an educational organization; a science organization