Attention!!!
Most of the documents are presented in Ukrainian.

1 course
Analytical geometry
Introduction to measurement techniques
Computer Science. Part 1. Personal computers and programming basics
Computer Science. Part 2. Programming and algorithmic languages
Engineering graphics
History of science and technology
Mathematical analysis. Part 1
Mathematical analysis. Part 2
Materials and components of micro- and nanosystem technology
Basics of a healthy lifestyle
Practical foreign language course. Part 1
Ukrainian language for professional direction
Physics. Part 1
Physics. Part 2

2 course
Current issues of Asian communities
Environmental safety of engineering activities
Economic psychology
Heuristics
Martial arts
Game sports
Quantum mechanics (for EP “Electronic micro- and nanosystems and technologies”)
Logic
Mathematical analysis. Part 3
Semiconductor electronics
Semiconductor electronics (for EP “Electronic devices”)
Computational mathematics
Fundamentals of e-government
Fundamentals of quantum theory
Political science: conflict approach
Practical foreign language course. Part 2
Psychology
Psychology of conflict
Psychology of scientific and technical creativity
Smart cities
Complex coordination sports
Social psychology
Statistical methods of data processing
Styles in fine art
Solid State electronics (for EP “Electronic micro- and nanosystems and technologies”)
Solid State electronics (for EP “Electronic devices”)
Theory of electronic circuits. Part 1
Theory of electronic circuits. Part 2
Theory of electronic circuits. Coursework
Condensed state physics
Solid state physics (for the EP “Electronic micro- and nanosystems and technologies”)
Philosophical foundations of scientific knowledge
Chemistry of electronics materials
Cycle sports

3 course
Electrodynamics
Electrodynamics. Coursework
Intelligent information systems
Microelectronics
Micromechanics
Reliability of electronic equipment
Nanoelectronics
Object-oriented programming
Object-oriented programming in the Java language
Object-oriented programming in the Python language
Fundamentals of micro- and nanosystem technology
Fundamentals of micro- and nanosystem engineering technology (for the EP “Electronic micro- and nanosystems and technologies”)
Business law
Practical foreign language course for a professional direction. Part 1
Data structures
Modern semiconductor materials
Circuitry. Part 1. Analog circuitry
Solid-state electronics (for EP “Electronics”)
Signals and systems theory
Technological basics of electronics
Technological basics of nanoelectronics
Technology of integrated microcircuits
Functional dielectrics in electronics
Digital signal processing

4 course
Biomedical sensors
Diploma design
Economics and organization of production
Design of electronic devices
Microwave electronics
Microcontrollers
Nanostructures in optoelectronics
Optoelectronics
Fundamentals of sensor electronics
Labor protection and civil protection
Pre-diploma practice
Practical foreign language course for a professional direction. Part 2
Field programmable gate array
Sensor materials and technologies
Information collection, processing and transmission systems
Radio frequency signal processing systems
Circuitry. Part 2. Digital circuitry
Circuitry. Course project
Functional electronics
Functional devices for processing information