Biomedical Physics, Engineering and Informatics
Faculty of Radiophysics, Electronics and Computer Systems
Name
Biomedical Physics, Engineering and Informatics
Program code
105
Qualification awarded
Master Applied Physics and Nanomaterials
Length of programme
2 years
Number of credits
120
level of qualification according to the National Qualification Framework and the European Qualifications Framework
7
Qualification level
Second (Master)
Discipline
Natural sciences
Speciality
KnowledgeField EN
Specific admission requirements
First cycle of higher education (NQF Level 6) or higher
Specific arrangements for recognition of prior learning
According to the results of the Unified Entrance Exam in foreign studies and the entrance professional exam
Persons, who obtained a bachelor's degree in another specialty, took an additional professional entrance exam.
Persons, who obtained a bachelor's degree in another specialty, took an additional professional entrance exam.
Qualification requirements and regulations, including graduation requirements
Attestation of higher education seekers is carried out in the form of public defense of master's thesis and complex exam in "Radiophysics and Electronics" and ends with the issuance of a standard document on awarding them a degree with higher education: Master of Applied Physics.
Programme learning outcomes
1. Demonstrate knowledge in the field of modern applied physics and mathematics.
2. Demonstrate knowledge in the field of professional activity, technologies and methods of researching the properties of substances and materials, including nanomaterials.
3. Find scientific and technical information from various sources using modern information technologies.
4. Demonstrate knowledge of a foreign language.
5. Discuss and find solutions to problems and tasks in the implementation of scientific and technical projects.
6. Interpret scientific and technical information.
7. Apply physical, mathematical and computer models for the study of physical phenomena, devices and science-intensive technologies.
8. Develop the physical basis for the creation of new devices, apparatus, equipment, materials (including nanomaterials), substances, technologies.
9. Choose methods and tools for conducting research.
10. Use modern methods and technologies of scientific communication in Ukrainian and foreign languages.
11. Organize effective work individually and as a team member.
12. Classify and analyze information from various sources.
13. Develop and formulate professional conclusions and rationally argue them for professional and non-professional audiences.
14. Evaluate the importance of materials for achieving the goals of scientific research in the field of applied physics.
15. Be able to present and defend the received scientific and practical results in oral and written form.
Form of study
Full-time form
Examination regulations and grading scale
Written and oral exams, tests, differentiated tests, presentations, essays, tests, current control, defense of practices, comprehensive exam in medical physics, defense of master's thesis.
Оbligatory or optional mobility windows (if applicable)
Students can participate in academic mobility programs.
Work placement
Assistant practice in the 1st and 2nd semesters is a mandatory component of the educational program./
Work-based learning
No
Director of the course
Volodymyr
Ivanovych
Vysotskyy
Department of mathematics and Theoretical Radio Physics
Faculty of Radiophysics, Electronics and Computer Systems
Faculty of Radiophysics, Electronics and Computer Systems
Occupational profiles of graduates
Graduates can work as technical specialists in the field of physical sciences and technology. Jobs in companies, small enterprises and institutes of the academic, research, technological and information sector (researcher in the field of natural and technical sciences)
Access to further studies
Access to programmes of the Third Cycle of Higher Education (Doctor of Philosophy)
Has the right to acquire additional qualifications in the adult education system.
Subjects
As part of the curriculum, students study the following disciplines
Parallel Computing
Code: ОК 12,
Interaction of Radiation with Biological Structures
Code: ОК.04,
Bioelectronics
Code: ОК 13,
Patenting of scientific research innovations
Code: ОК 14,
Fundamentals of Human Physiopathology
Code: ОК 5,
Synergetics
Code: ОК 03,
Assistant practice1 semester
Code: ОК 09,
METHODOLOGY AND ORGANIZATION OF SCIENTIFIC RESEARCH Z BASICS OF INTELLECTUAL PROPERTY
Code: ОК 01,
PROFESSIONAL AND CORPORATE ETHICS
Code: ОК 02,
Assistant practice2 semester
Code: ОК 09,
Technologies of medical and diagnostic systems
Code: ВБ.2.03,
Radiation Medicine and Bionanotechnology
Code: ОК.11,
Medical Materials and Technology 4 semester
Code: ВБ.1.07,
Medical Engineering 2 semester
Code: ВБ.2.07,
Medical devices
Code: ВБ.2.06,
Additional Chapters of Biophysics
Code: ОК.06,
Mathematical Methods of Diagnostics Data Processing
Code: ОК .07,
Network technologies in medicine and processing of instrumental data
Code: ВБ.2.02,
Modern Computer Technology in Medicine
Code: ВБ.1.01,
Physics of biomolecules
Code: ВК.1.05,
Medical Materials and Technology 3 semester
Code: ВБ.1.07,
Physics of the ecosphere
Code: ОК 15,
Scientific and industrial practice
Code: ОК 10,
Master's thesis
Code: ОК 11,
Seminar on medical physics
Code: ОК 16,
Code: ВБ.1.04,
Computer development of medicines
Code: ВК.2.02,