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Medical Physics Program

The Medical Physics program is designed to enhance the qualifications of specialists in the field of medical physics, updating and expanding their knowledge in the area of radiation therapy, dosimetry, and quality assurance.

Program Objective

The objective of the program is to provide specialists with advanced knowledge and skills in modern methods of radiation therapy, dosimetry, and quality assurance, as well as the use of advanced equipment and technologies in imaging and radiobiological and dosimetric planning.

Program Concept

The program is developed for specialists with advanced knowledge and experience in the field of radiation therapy and nuclear medicine. The course is aimed at providing a comprehensive understanding of modern technologies and methods of radiation therapy, including dosimetry and quality assurance, the use of modern equipment, imaging, and topometric preparation.

Program Structure

The program consists of six modules, each focusing on a specific aspect of medical physics:

• Module 1: Introduction to DLT and CLT
• Module 2: Dosimetry and Quality Assurance
• Module 3: Modern Equipment for Radiation Therapy and Dosimetry
• Module 4: Imaging and Topometric Preparation
• Module 5: Basics of Radiobiology, Dosimetric and Radiobiological Planning
• Module 6: Brachytherapy

Program Details

• Duration: 1 month
• Mode of study: Distance learning with the use of remote technologies
• Volume: 144 academic hours
• Dates: October 27, 2025 - November 21, 2025

Target Audience

The program is designed for specialists with higher professional education in radiotherapy, medical physics, oncology, and physics.

Program Outcomes

Upon completion of the program, participants will:

• Know the basic principles and methods of distant and contact radiation therapy
• Understand the requirements for accuracy of radiotherapeutic equipment
• Be able to use equipment for quality assurance and dosimetric planning
• Apply the basics of radiobiology and mechanisms of cell damage in radiation therapy
• Develop dosimetric plans for radiation therapy with fluence modulation
• Evaluate plans with dose-volume and radiobiological approaches

Faculty

The program is taught by experienced faculty members, including:

• Sakhova Olga Mikhailovna, medical physicist
• Sukhikh Evgenia Sergeevna, candidate of physical and mathematical sciences
• Vertinsky Andrey Vladimirovich, leading engineer
• Sagov Islam Ruslanovich, expert physicist
• Smyslov Alexey Yurievich, candidate of technical sciences
• Moiseev Alexey Nikolaevich, candidate of physical and mathematical sciences
• Lebedeva Zhanna Sergeevna, candidate of physical and mathematical sciences

Certification

Upon successful completion of the program, participants will receive a certificate of advanced training.

Tuition Fee

The tuition fee for the program is 45,000 rubles.