Our faculty trains higher education students in three specialties.
Specialty E6 “Applied Physics and Nanomaterials”
The educational program combines the most interesting from the modern natural and IT field!
Program description
Traditionally, thorough training in natural disciplines is provided – the emphasis is on the formation of practical skills and the performance of laboratory work on new equipment, we polish competencies in modern courses of theoretical physics, as in the leading universities of the world. We teach modeling and form a problem-oriented approach to solving any life situations, not only professional ones! At senior courses we teach radio electronics, semiconductor physics, solid-state, vacuum and optoelectronics, quantum electronics and microwave electronics, information theory, computer simulations.
A third of the curriculum is devoted to courses that are useful for modern scientists and necessary to start a career in the IT industry: project management and business analysis in IT, programming and object-oriented programming in Java, algorithms and data structures, databases, the basics of UNIX system administration , Web programming, 3D computer graphics, mathematical modeling in IT engineering, artificial intelligence and machine learning, big data, robotics and programming on ARDUINO. Additionally, we offer special courses on programming in Python, creating window interfaces in Python, the basics of Java Script, the theory of metamaterials, microcontrollers, photonics, digital signal processing, coding, the theory of antennas and radars, the basics of nanoelectronics, processors, and synergetics.
During the first two courses, radio physicists study according to the general program, and then they actually choose one of the specializations (departments): theoretical and computer radio physics, quantum radio physics and photonics, semiconductor electronics, microwave physics, space radio physics, applied electrodynamics.
For biophysicists, the scope of theoretical physics and electronics courses has been reduced, instead studying: biophysics, biochemistry, molecular biology, immunology, bioinformatics, genetics, biotechnology, radiation biophysics, drug development and testing, medical diagnostics and many other useful courses.
The bachelor’s program and planned learning outcomes are agreed with the scientific academic community and leading Ukrainian and international IT companies.
Our graduates can work:
- researcher, researcher in foreign and domestic research (including medical) centers, to solve urgent problems of natural sciences, to create modern scientific, medical diagnostic and military equipment for domestic and world customers;
- in leading IT firms and companies in positions: software engineer, application software developer, web application developer, database programmer, game developer, data analyst;
- hold operational and managerial positions at enterprises of radio electronics, telecommunications, cellular and satellite communications networks, subscriber access networks and local networks of departments and enterprises, design and scientific organizations, mobile communication networks, radio and television transmitting centers, radio navigation and radar centers;
- founders of their own business and high-tech start-ups.
Specialty G5 Electronics, electronic communications, Електроніка, електронні комунікації, instrumentation and radiotechnique
The educational program combines the biomedical and IT industries.
Program description
Thorough training is provided in natural and technical disciplines – we focus on the formation of practical skills for solving specialized applied problems in the field of micro- and nanosystems technology, biomedical electronics and information technology.
We will teach modeling and form a problem-oriented approach to solving any life situations, not only professional ones! At senior courses we will teach radio electronics, semiconductor physics, solid-state, vacuum and optoelectronics, quantum electronics and microwave electronics, information theory, computer simulations. To form students’ skills in handling and developing biomedical devices and systems, such disciplines as biochemistry, human anatomy and physiology, biomedical research, the basics of biophysics, medical electronics, medical diagnostic devices and measuring transducers in biology and medicine, laser and plasma in medicine of intellectual systems in medicine, biosensorics.
A third of the curriculum is devoted to courses that are useful for modern scientists and necessary to start a career in the IT industry: project management and business analysis in IT, programming and object-oriented programming in Java, algorithms and data structures, databases, the basics of UNIX system administration , Web programming, 3D computer graphics, mathematical modeling in IT engineering, artificial intelligence and machine learning, big data, robotics and programming on ARDUINO. In addition, we offer special courses on programming in Python, creating window interfaces in Python, the basics of Java Script, the theory of metamaterials, microcontrollers, photonics, digital signal processing, coding, the theory of antennas and radars, the basics of nanoelectronics, processors, synergetics.
The bachelor’s program and planned learning outcomes are agreed with the scientific academic community and leading Ukrainian and international IT companies.
Our graduates can work:
- researcher, researcher in foreign and domestic research and medical centers, to create modern biomedical equipment for domestic and world customers;
- in leading IT firms and companies in the positions of: software engineer, application software developer, web application developer, database programmer, game developer, data analyst;
- founders of their own business and high-tech start-ups.
cyber-physical systems and technologies for various purposes. There is a program
interfaculty and interdisciplinary, which provides competitive advantages
graduates in a fast-moving job market.
Program description
A cyber-physical system is a controlled or tracked
computer algorithms is a mechanism that is closely related to the Internet and its users. AT
In cyber-physical systems, software deals with physical objects.
Examples of cyber-physical systems include smart power systems, unmanned
automotive systems, automated control systems, robotic systems,
self-guided aircraft. Cyber-physical systems are evolving and
are being introduced in various spheres of human activity: aerospace and military
industry, automotive industry, public infrastructure, energy,
healthcare, transportation, entertainment, household appliances, etc.
The purpose of the program is to train specialists in the development, creation and operation of such
systems.
The graduate will be able to create and use modern information systems
and technology; evaluate the quality, reliability, fault tolerance and survivability of such systems
and technologies, apply models, methods and tools for optimization and adoption
decisions in the development and use of information systems and technologies. Students
get practical skills for working with computer equipment, control and
measuring instruments, software and hardware complexes and tools,
network equipment, specialized software, modern
programming languages, etc.
In addition to the necessary IT competencies, graduates will be able to study, analyze
predicting physical phenomena and processes, that is, they will combine IT skills with
research and development skills (Research &
Development» (R&D)).
Also, students during the training will receive the necessary for work with modern IT
companies “soft skills”: teamwork skills, knowledge of English, ability to
independently acquire the necessary knowledge and skills and professionally
improve yourself.
To apply for admission to our faculty use the instructions.
