Basic Information

Dear prospective students!

You are making one of the most important choices in your life – the choice of a profession that will largely determine your future. In doing so, it is necessary to consider not only your desires but also the current situation in the job market and the demand for the profession in modern life.

In the contemporary industrial century, your education in electronics is the foundation of your leadership! You are young, ambitious, creative, and you deserve a modern education.

With more than 50 years of leadership in the field of electronics, we have earned worldwide recognition, and the high demand for our graduates is an undeniable fact. For you, the team of our department is creating higher education that is valued worldwide and provides the opportunity for free internships abroad

Educational Programs and Competitive Proposals of the Department

Our department trains specialists in the field of specialty 171 “Electronics” with the following educational programs:

“Electronics”

with specialized packages (specializations)

Educational-Professional Program – ‘Electronics’ (Bachelor)

Our Department: “Industrial and Biomedical Electronics”
Field of Knowledge: 17 Electronics and Telecommunications
Specialty: 171 — Electronics
Degree: Bachelor
Qualification Bachelor of Electronics Duration of Study: 2 years 10 months (shortened form), 3 years 10 months
Form of Study: Full-time, Part-time (distance learning) Language of Instruction: Ukrainian, English
Focus: Higher IT Education, Engineering and Technical Education

Core Profile Disciplines

Entrance to the Specialty;
Informatics;
Fundamentals of Programming and Information Technologies;
Fundamentals of Electronic Device Design;
Sensors of Electrical and Non-Electrical Quantities;
Analog Circuitry;
Digital Circuitry;
Computational Mathematics;
Microprocessor Technology;
Microcontrollers;
Electromagnetic Engineering.

Go to top

“Industrial Electronics”

engineering

Industrial Electronics – the field of science and technology that deals with the means and methods of information transmission, processing, and storage, as well as the study of issues related to power electronics and conversion technology. The preparation of a bachelor specializing in “Industrial Electronics” involves readiness to work and acquire skills in modern information technologies, analog and digital electronics, power electronics devices, microcontrollers, and microprocessors. The ability to apply and use methods, tools, and technologies of electronics is crucial, including measuring and modeling characteristics of devices, devices, and systems of various purposes; planning experiments and processing their results using computer and microprocessor technology; and using software for modeling, designing, and developing design documentation.

Employment Opportunities

Graduates successfully work at industrial enterprises in the electrical power, electrical engineering, and electromechanical sectors, holding positions as specialists in the main energy departments, chief designers, in electrical engineering workshops and production units, in industry-specific scientific, design, and project organizations and institutions, and as educators in universities, secondary, and higher educational institutions

Core Specialized and Elective Educational Disciplines

Solid State Electronics;
Fundamentals of Electronic Engineering;
Computer-Aided Design of Electronic Devices;
Power Electronics;
Theory of Automatic Control;
Basics of Electronic Device Design;
Fundamentals of Metrology and Electrical Measurements;
Power Semiconductor Devices;
Signal Converters and Interfaces;
Programming of Microprocessor Systems;
Smart Grid Technologies in Electronics;
Basics of Electronic Device and System Construction;
Network Converters.

Presentation ‘Industrial Electronics” – PDF

Go to top

“Biomedical Electronics”

medical-translations

“Biomedical Electronics” is a field of science and technology that facilitates the work of medical professionals and contributes to the improvement of patient health through a vast array of methods and hardware tools. The preparation of a bachelor’s degree in the specialization of “Biomedical Electronics” involves not only the study of technical disciplines but also subjects related to medicine, taught by instructors from Kharkiv Medical University, practicing physicians. Students engage in the development and production of various electronic medical devices and equipment, as well as the repair and operation of electronic medical apparatus. They have the opportunity to apply their acquired knowledge during internships, participating in the development of modern medical equipment.

Employment Opportunities

Successful graduates work in industrial enterprises of the power industry and in the field of industrial production of biomedical electronics. They are capable of occupying positions as specialists in the main energy departments, chief designers, and in sectoral scientific, design, and engineering organizations and institutions.

Core Specialized and Elective Courses

Physical Foundations of Electronic Engineering;
Anatomy and Biophysical Processes;
Electrical Materials and Electronic Components in Medicine;
Methods of Functional Diagnostics;
Diagnostic Devices and Systems;
Basics of Experimental Research;
Biomedical Sensors;
Fundamentals of Software Development;
Electronic Monitoring and Visualization Tools;
Microcontroller Systems;
Microprocessor Systems Programming;
Physiotherapeutic Impact Methods;
Microcontroller Devices for Medical Data Processing;
Telemedicine;
Automation of Electronic Device and System Design;
Power Sources for Medical Equipment;
Physiotherapeutic Apparatus.

Biomedical Electronics Presentation – PDF

Go to top

«Electric Vehicles and Automotive Electronics»

With specialized packages (specializations)

Educational and Professional Program — ‘Electric Vehicles and Automotive Electronics’ (Bachelor’s)

Our Department: ‘Industrial and Biomedical Electronics’
Field of Knowledge: 17 Electronics and Telecommunications
Specialty: 171 Electronics
Degree: Bachelor
Qualification: Bachelor in Electronics Duration of Studies: 3 years 10 months
Study Form: Full-time, Part-time Language of Instruction: Ukrainian, English
Focus: Higher IT Education, Engineering and Technical Education”

Main Specialized Disciplines

Descriptive Geometry, Engineering, and Computer Graphics
Introduction to the Specialty. Introductory Practice
Algorithms and Finite Apparatus
Basics of Programming and Information Technologies
Theory of Electric Circuits, Part 1
Design and Technological Design of Electronic Systems
Analog Circuitry
Numerical Methods of Computing
Digital Circuitry
Means of Obtaining Data from Automotive Systems
Basics of Professional Safety and Human Health
Microprocessor Technology
Synthesis of Digital Devices
Enterprise Economics
Electromagnetic Engineering

The text discusses the indispensable role of electronic devices in modern society, especially in the context of contemporary automobiles. Many control functions in modern cars are managed by automated systems using microcontroller and computer devices. This integration is particularly evident in electric vehicles (EVs), where semiconductor power converters play a crucial role. These converters include switches for traction motors, battery chargers, and energy management systems within EVs. Charging stations also utilize informational and power electronics blocks. The power of these converters has increased from tens to hundreds of kilowatts in recent times.
Operating, diagnosing, and servicing modern vehicles require personnel with knowledge spanning electronics, power conversion, and information technologies. Proficiency in contemporary electric motors and battery systems is crucial when working with electric vehicles.
The Bachelor’s program in “Electric Vehicles and Automotive Electronics” aims to provide students with a profiled education, ensuring qualified operation and diagnosis of battery systems, understanding the functioning principles of modern electric motors, and the ability to analyze processes in semiconductor converters. The program covers analog and digital circuitry, programming skills, and knowledge of information electronics.

Employment Opportunities

Graduates successfully work in service establishments and industrial enterprises engaged in diagnostics, maintenance, modification, and development of electronic components of transport vehicles, starting from passenger cars and ending with electric vehicles and modern trolleybuses with autonomous movement. In industry-specific scientific, design, and engineering organizations and institutions.

Електромобілі та автомобільна електроніка

Основні спеціальні та вибіркові навчальні дисципліни