Study Electronics at Igor Sikorsky Kyiv Polytechnic Institute
Build the skills to design electronic devices, program embedded systems and develop technologies for industry and energy. Join an engineering community that combines a strong technical foundation with practical projects and professional laboratory equipment.
Study options for international students
A degree with a European standard Diploma Supplement. Graduate with a Ukrainian university degree accompanied by a European standard Diploma Supplement, which explains your qualification and studies to universities and employers internationally.
On campus or online. Study on campus in Kyiv or remotely. Contact us to discuss the format available for your chosen programme, including laboratory work and assessment.
English or Ukrainian. Choose a program taught in English or Ukrainian. We can help you check language requirements and available study groups.
Personal guidance before you apply. Ask us about choosing a programme, entry qualifications, tuition fees and the next steps for applicants from your country.
What you will learn to build
Explore the main areas of electronics taught across the department. Learn to model, design, program and test devices, progressing from your first circuits to complete engineering systems. Each degree programme places a different emphasis on these areas.
Electronic devices and integrated circuits
Discover how components become devices that measure signals, process information and control equipment. Design analogue and digital circuits, select components and simulate their behaviour. Build prototypes and test your ideas with professional measurement instruments.
Embedded systems and IoT
Create devices that collect sensor data and respond to their surroundings. Program microcontrollers, connect actuators and exchange data between devices. Combine electronics and software in applications ranging from smart sensors to remote monitoring and control.
Automation and robotics
Explore how electronics controls machines and production equipment. Program industrial controllers, work with electric drives and use sensor feedback in control algorithms. Test your solutions on training rigs and apply your skills to robotics and industrial automation.
Power electronics and energy
Learn how electrical energy is converted and delivered to modern devices. Design power supplies, voltage converters and electronic control systems. Model their operation, measure performance and investigate ways to reduce losses in drives, renewable energy and energy storage applications.
Learn with professional engineering equipment
Our laboratories connect classroom theory with measurement, experimentation and engineering practice. Explore the facilities and ask how practical activities are organised for on-campus and remote students.
Melexis analogue electronics laboratory
How do circuits process real signals? Combine circuit theory with experiments, investigate analogue electronics and build a foundation for further study in microelectronics.
Keysight measurement laboratory
How can you tell whether a circuit works correctly? Measure signals, investigate electronic circuits and analyse experimental results using professional instruments.
Siemens industrial control laboratory
How does electronics control production? Explore programmable controllers, electric drives and automatic control systems through practical engineering tasks.
Noosphere KPI Engineering School
Turn an idea into a working prototype. Develop technical solutions, experiment and build devices in a team with support from the school’s mentors. The school was established with support from NGO Noosphere.
Choose your degree program
Finished secondary school? Explore our bachelor’s programmes. If you already hold a bachelor’s degree, consider a master’s programme. We can help you identify the right route for your qualifications and interests.
Bachelor’s degree
Electronic Components and Systems
Electronic Devices and Equipment
Learn to develop electronic devices and systems by combining circuit design, programming, power system design and computer modelling.
✅ Design analogue and digital electronic circuits.
✅ Program microcontrollers and develop embedded systems.
✅ Develop power supplies, electrical energy converters and industrial and residential renewable energy systems.
Learn to create electronic instruments and devices, from their physical operating principles to computer modelling, mechanical design and testing.
✅ Develop and test devices based on semiconductor and optoelectronic components.
✅ Program microcontrollers and use programmable logic in electronic devices.
✅ Apply computer modelling and 3D design to develop working products.
Master’s degree
Electronic Components Devices and Systems
Professional program
Electronics
Research program
Deepen your knowledge of power, industrial and plasma electronics and develop electronic devices and systems for modern industry.
✅ Design and investigate power and industrial electronic devices.
✅ Develop embedded control systems using microcontrollers.
✅ Explore industrial applications of additive and plasma technologies.
Combine the development of electronic and acoustic systems with scientific research, signal processing and computer modelling.
✅ Develop electronic and embedded systems for data acquisition and processing.
✅ Apply electroacoustic technologies and signal analysis methods.
✅ Plan research, build models and expe-rimentally evaluate new technical solutions.
Grow beyond the classroom
Meet industry specialists, explore international opportunities and develop your own engineering ideas. Your studies can help you build a professional network as well as technical expertise.
Connect with technology companies
Discover what engineers in technology companies work on. Join professional meetings, learn from specialists and explore advertised placements and internships. Use these experiences to understand industry expectations and choose your direction.
Students and academic staff visiting the Melexis office
Gain international experience
Explore academic mobility calls and opportunities to study or conduct research at partner institutions. Work with people from different countries, strengthen your communication skills and discover new approaches to engineering. Participation depends on selection criteria and the conditions of each opportunity.
Viktoriia Tarasenko completed a research internship at CERN in Switzerland
Ivan Zahorulko at the international CES exhibition in Las Vegas, USA
Student ideas become working systems
Work on engineering problems with support from academic supervisors and mentors. These student projects show how programming, modelling and experiments come together in practical research.
Remote laboratory platform for electronics experiments
Student ideas become working systems
Work on engineering problems with support from academic supervisors and mentors. These student projects show how programming, modelling and experiments come together in practical research.
Remote laboratory platform for electronics experiments
Challenge: Enable students to conduct experiments with real circuits and measurement instruments when they cannot physically access the laboratory.
Result: A hardware and software platform remotely controls Keysight instruments and switches circuits through relay modules. Its operation was tested in a resonance experiment, with measured voltage, current and impedance compared against a computer model.
Student contribution: Python software for instrument and relay control, investigation of parasitic parameters, MATLAB/Simulink modelling and experimental measurements.
Author: Ivan Kushkov, first-year master’s student.
Supervisor: Ievgen Verbytskyi, Professor, Doctor of Technical Sciences.
A gravimeter with remote control and computer vision
Challenge: Automate an instrument that measures gravitational acceleration, replacing manual readings with image processing and enabling remote operation.
Result: A Raspberry Pi, two cameras and a stepper motor form a system that detects a light marker, controls the measuring mechanism and supports remote observation. In a laboratory comparison of two sets of 30 measurements, the reported spread of results was approximately 4.8 times smaller in automatic mode than in manual mode.
Student contribution: Hardware and software development, computer vision algorithms, drive integration, testing and statistical analysis.
Author: Ivan Zahorulko, second-year master’s student.
Supervisor: Yevhen Kovalenko, Associate Professor, Candidate of Technical Sciences.
Melexis Academy: Dual education in cooperation with industry
Interested in analogue integrated circuit design? Melexis Academy combines master’s study in Electronic Components, Devices and Systems with industry-focused training. Learn about CMOS technologies, analogue circuit blocks, IC layout and design verification using Cadence Virtuoso, with guidance from university lecturers and Melexis engineers.
Admission is selective. International applicants should ask about eligibility, teaching language, attendance requirements and the next available intake.
Plan your studies with us
You do not need to understand every admission step before contacting us. Tell us about your educational background, the subject you want to study and your preferred language and format. We will help you choose your next step.
Start with a consultation
- Choose a program and discuss whether your previous qualifications meet the entry requirements.
- Confirm English or Ukrainian instruction, on-campus or online study, and practical course arrangements.
- Check current tuition fees, application dates and the documents required for your country.
The university’s Centre for International Education provides guidance on the formal application process and, where relevant, invitations, visa procedures and accommodation. Scholarship and accommodation options should be checked individually.
If you have any questions, do not hesitate to contact us via
