For future students

The Institute of Education and Science in Engineering and Physics trains Bachelor’s and Master’s degree holders of four specialties, we offer a full-time form of study, a shortened form for graduates of vocational schools and colleges, and a second higher education. The most important step in entering the insitute is the choice of a curriculum. Our curricula are designed taking into account international requirements, the peculiarities of the modern labor market. Disciplines are taught by highly skilled professionals. Our graduates are computer science specialists and IT; engineers-researchers; specialists in the field of electronics and telecommunications, technologies for the synthesis of new materials.

The specialties offered by the Institute of Education and Science in Engineering and Physics

105 APPLIED PHYSICS AND NANOMATERIALS

Applied physics for electronics, energy, medicine and telecommunication systems

YOU WILL STUDY

Radio, wired & wireless grid technology
Materials for biology and medicine
Microprocessor technology
Physical basis of nanotechnology
Synthesis and technology of nano- and science and smart materials
Methods for studying the properties, composition and structure of modern materials

YOU CAN WORK

Specialist in the field of lines and communication networks
Telecommunication technology specialist
Expert in the field of quality control and evaluation of materials
Technologist of nanoscience and micro-materials
System administrator
Scientist in the field of applied physics

Education obtained in the specialty “Applied Physics and Nanomaterials”, makes it to adapt easily in any field related to electronics, telecommunications and radiophysics. These fields are up-to-date and promising in the future.

After the first year there is a choice of the following specializations:

ENGINEERING OF RADIOELECTRONIC SYSTEMS

APPLIED PHYSICS AND NANOMATERIALS FOR ELECTRONICS, ENERGY AND MEDICINE

113 APPLIED MATHEMATICS

Computer and mathematical modeling

YOU WILL STUDY

Methods for numerical simulation
Computer mechanics
3D modeling in CAD / CAE systems
Programming C ++, C #, Java, Python
Design and analysis software
Development of algorithms for optimal design and management

YOU CAN WORK

Machine learning engineer
C++, C#, Java, Python developer
Data scientist
CAD/CAE engineer
R&D specialist
Engineering consulting firms (engineering outsourcing)

The specialty “Applied Mathematics” is aimed at training Bachelor’s and Master’s degree holders who are able to formulate, solve and generalize practical tasks in their professional activities using fundamental and special applied methods for mathematical and computer science. Students have the opportunity to practice in universities of the European Union, and after graduation they have the opportunity to work in advanced Ukrainian and foreign companies, universities, IT companies. Mathematical modeling in the study of structures and complex processes is the basis of a computer experiment. Our graduates can do it!

After the first year there is a choice of the following specializations:

MATHEMATICAL AND PROGRAMMING SOFTWARE FOR STRUCTURAL ANALYSIS

SOFTWARE FOR SYSTEM DESIGN

122 COMPUTER SCIENCES

Computer Science. Modeling, designing and computer graphics

YOU WILL STUDY

Technology and programming languages
3D3D modeling and design in CAD
WEB design
Databases and Data Mining
Internet technologies: front-end and back-end
Mobile device programming
Arduino Software

Ти зможеш працювати

CAD/CAE engineer
Full Stack Web developer
C++, C#, Java, Python developer
Web designer
Mobile developer (Android, iOS)
Front-end and Back-end developer

Training in the specialty “Computer Science” combines basic training and practical knowledge of modern technologies and programming techniques, the ability to model with modern mathematical and computer methods, in particular artificial intelligence methods, various real processes and creation of software packages and complexes. Our graduates work as researchers and engineers in the largest Ukrainian and world engineering and IT companies involved in the design and development of new technology.

After the first year there is a choice of the following specializations:

DESIGN, CREATION AND ANALYSIS OF COMPUTER SYSTEMS

INFORMATION TECHNOLOGY FOR DESIGN

GEOMETRIC MODELING AND GRAPHIC INFORMATION TECHNOLOGY

INTELLECTUAL AND ROBOTIC SYSTEMS

153 MICRO- AND NANOSYSTEM TECHNIQUE

Micro and nanosystem technology for solar energy

YOU WILL STUDY

Fundamentals of nanoelectronics
Technology for creating materials for solar energy
Fundamentals of programming and microelectronics
Physical bases of energy efficiency
Micro and nanoelectronics materials

YOU CAN WORK

Developer of digital devices
Development and support of solar energy systems
Microcontroller software test agent
Hardware engineer
Developer of intellectual and energy-efficient solutions for Smart office/building
Developer of microsystem electronics

Micro and nanoelectronics is the most advanced trend in science, technology and manufacturing, which is developing rapidly around the world. Nanoelectronics studies and uses physical phenomena and processes in electronic devices whose geometric sizes are compatible with the size of molecules and atoms. Nanoelectronics is not only a future but an extremely important and promising trend in modern electronics, newest high-speed processors and fundamentally new medical equipment, computers, gadgets, work, tools and more.

After the first year there is a choice of the following specializations

MICRO- AND NANOSYSTEM TECHNIQUE FOR SOLAR ENERGY

Qualification levels

BACHELOR’S DEGREE

The duration of study is 4 years, the shortened duration of study for graduates of vocational schools and colleges is 3 years.

MAGISTER’S DEGREE

Master (professional)’s degree is 1.4 years, master (scientist)’s degree is 1.9 years.

POSTGRADUATE STUDY

The normative duration of study of the doctor of philosophy is 4 years.