E6 Applied Physics and Nanomaterials – Master
E6 Applied Physics and Nanomaterials
Applied Physics and Nanomaterials for Energy, Medicine, Radio Electronics and TelecommunicationsMAGISTRACY
The purpose of the E6 Education Program and Nanomaterials for Energy, Medicine, Radioelectronics and Telecommunications. Provide the training of specialists capable of solving complex tasks in the field of applied physics and nanomaterials, capable of formulating, summarizing and solving practical problems in their professional activity using basic and special methods of physics, develop models, algorithms, technologies, create and use appropriate software.
The educational program of the current year is available on the site of the quality assurance department of NTU “KPI”
The educational program of 2023 is available on the website of the quality assurance department of NTU “KPI
CHARACTERISTICS OF THE EDUCATIONAL PROGRAM
The main focus of the educational program “Applied Physics and Nanomaterials for Energy, Medicine, Radioelectronics and Telecommunications” is to gain modern knowledge of physical phenomena and processes and their use in the creation of new, nanostructured materials, control and study of their properties, development and use of the latest radioic -electric technologies.
The peculiarity of the program. The applicants study the basics of solid physics, radiophysics and their practical application in the technologies of creation of new materials and technologies of radio electronics, which is deepened in the range of 2 educational trajectories offered to students for choice. The following selective blocks are provided:
1. Eelectronic systems engineering
2. Applied Physics and Nanomaterials for Electronics, Energy and Medicine
EP has an orientation to the individualization of learning, which is expressed in the presence of additional selective disciplines in additional to educational trajectories of the list of vocational training, which provide deepening of knowledge in the relevant areas and/or cross -country competences. Among the important features of the program are the involvement of research institutes: Kharkiv Physical Technical Institute of NAS of Ukraine, Institute of Ionosphere of the NAS and MES of Ukraine, etc.
STRUCTURAL SCHEME OF EP
