Infopaket

Applied physics, nanoelectronics and computer technology

105

Bachelor in Applied Physics and Nanomaterials

4 years

240

6

First (Bachelor)

Natural sciences

KnowledgeField EN

Complete general secondary education (NQF Level 3) or higher.

Admission was based on the results of External Independent Assessment of Ukrainian language and literature,

Attestation of higher education seekers is carried out in the form of public defense of bachelor's degree and comprehensive exam in applied physics and ends with the issuance of a standard document on awarding them a degree with higher education with a bachelor's degree: Bachelor of Applied Physics.

1. Know and understand modern physics at a level sufficient for solving complex specialized problems and practical problems of applied physics. 2. Apply effective technologies, tools and methods of experimental research of the properties of substances and materials, including nanomaterials, when solving practical problems of applied physics. 3. Search for the necessary scientific and technical information in the scientific literature, electronic databases, other sources, evaluate the reliability and relevance of the information. 4. Be able to apply foreign terminology to the extent sufficient for professional activity. 5. Apply modern mathematical methods for building and analyzing mathematical models of physical processes. 6. Know the goals of sustainable development and the possibilities of one's professional sphere to achieve them, including in Ukraine. 7. Apply physical, mathematical and computer models for the study of physical phenomena, development of devices and science-intensive technologies. 8. Understand the patterns of development of applied physics, its place in the development of engineering, technology and society, including in solving environmental problems. 9. Choose effective methods and instrumental means of conducting research in the field of applied physics. 10. Communicate freely on professional matters in the national and English languages orally and in writing. 11. Plan and organize effective professional activities individually and as a team member in the development and implementation of scientific and applied projects. 12. Classify, analyze and interpret scientific and technical information in the field of applied physics. 13. Present the results of research and development to specialists and non-specialists, argue their own position. 14. Assess financial, material and other costs associated with the implementation of projects in the field of applied physics, social, environmental and other potential consequences of project implementation. 15. Be able to analyze data, make generalizations and independent conclusions regarding the obtained scientific and practical results in oral and written form.

Full-time form

Written and oral exams, tests, differentiated tests, presentations, tests, current control, defense of practices, comprehensive exam in applied physics, defense of bachelor's thesis

Students can participate in academic mobility programs.

Research and production practice in the 4th year. Professional practice is a mandatory component of the educational program.

No

Graduates can work as technical specialists in the field of physical sciences and technology. Work positions in educational institutions, in design and survey organizations, in research organizations, in production and scientific institutions state, corporate and private companies, other organizations that use knowledge in the fields of applied physics, electronics and information technology

Access to programmes of the Second (Master) level of the higher education. Has the right to acquire additional qualifications in the adult education system.