Study location	Lithuania, Kaunas
Type	Master, full-time
Nominal duration	2 years
Study language	English
Awards	M.Sc. (Master of Health Sciences)
Course code	6213GX001

Tuition fee	€4,300 per year
Application fee	€100 one-time
Registration fee	US$150 one-time You need to choose student status: Base – 150 USD Standard – 500 USD VIP – 900 USD For making decisions please contact your admission manager in Baltic Center. You become a part of student union and ambassador program automatically after you will get Base or Standard or VIP status. *Do not forget to ask discount

Entry qualification	Undergraduate diploma (or higher) Applicants must upload education documents in original language, as well as translations into English. Diplomas and transcripts issued outside EU must be legalized with a legalization stamp or Apostille. You must take the original entry qualification documents along with you when you finally go to the university.

Territory requirements	Applications are NOT accepted from the following territories (based on citizenship): Bangladesh, Iraq, Pakistan, Yemen.

Language requirements	English Accepted proof of proficiency: FCE or CAE, IELTS 6+ or TOEFL 79+ One of next variants, if you have no any of this certificates you can pass University or Baltic Center Exams: English TOEFL IBT – at least score 72; IELTS – at least score 5.5; PTE General – at least level B2; FCE – at least level B; CPE – satisfactory pass; CAE – satisfactory pass.

Overview

The programme mainly consists of the studies of individual, environmental and substance exposure to radiation, focusing on the use of radiation for treatment and diagnosis of oncological diseases, and protection of individual and environment from unreasonable radiation. Knowledge, skills and competences are regulated by EC directive 2013/59/EURATOM; therefore, the graduates have unique prospects for international development and career.

Programme structure

Patient dose planning
Radiobiology
Radiotherapy physics
Dosimetry
Applied radionuclide physics

Optimisation of patients’ doses in radio diagnostics
Diagnostic radiology physics
Visualisation methods in medicine
Radiation detectors and registration methods

Development of quality assurance programmes and their implementation in radiology sector
Interaction of radiation with matter
Radiation detectors and registration methods
Diagnostic radiology physics

Development and implementation of radiation protection measures in the institution
Radiation protection and safety
Radiation detectors and registration methods
Diagnostic radiology physics
Applied radionuclide physics
Radiotherapy physics