Training

Training Organization

The Master’s program is organized into 4 semesters (S1 through S4) and structured into required or elective “ TU ” (course units). Each “ TU ” is assigned a credit value (ECTS). Each semester is worth 30 ECTS. The Master’s degree is awarded upon completion of 120 ECTS.

M1: First year of the master's program

Upcoming UEs:

  • In S1: Prerequisites: Physics, Mathematics, Algorithms, Cell Biology and Biological Functions. Experimental Physics; Fundamentals of Radioactivity; Basic Concepts in Health; Health Systems and Issues; Structural Biochemistry; English; PhyMed Project; One elective TU : Experimental Physics or Biochemistry Techniques.
  • In S2: Radiation-Matter Interactions / Radiation Protection; Physics and Propagation of Radiation; Radiation Therapy; Physics of Biological Systems; Cell Physiology; Detection and Dosimetry of Ionizing Radiation; Applications of ICT in Healthcare; M1 PhyMed Internship; One elective course from the “ TU ” track: Image Sensors and Processing / Neuroprosthetics and Medical Robotics 1.

M2: Second year of the master's program

TU to follow:

  • In S3: Physics of Medical Imaging; Medical Imaging; Biophotonics and Mass Spectrometry; Nanoprobe, Near-Field, and Evanescent-Wave Microscopy; Techniques for Protection Against External and Internal Exposure to Radioactivity; PhyMed Project. One elective course from the following TU s: Biology and Electronics / Neuroprosthetics and Medical Robotics 2
  • In S4: Literature review / Scientific monitoring; Introduction to business / research;
    Internship at a company, hospital, or laboratory

The UEs