Discover your future profession while you study

The Department of Electronic Devices and Systems at Igor Sikorsky KPI cooperates with companies that design integrated circuits, develop electron-beam equipment and implement modern industrial technologies. This connects university education with engineering tasks: from investigating electronic circuits to controlling complex industrial installations.

Meet our partners, choose your professional development path and explore opportunities for learning, practical training and starting your career.

Melexis — from analog electronics to integrated circuit design

Melexis is an international technology company that develops semiconductor solutions, including sensor ICs and control ICs. Its technologies are used in automotive electronics, robotics and other modern electronic systems.

Cooperation with the Department

Cooperation with Melexis includes developing laboratory facilities and training future engineers. In the educational and research laboratory of analog electronics, students investigate electronic circuits and experimentally verify their operation. The curriculum for the Analog Electronics course was developed and agreed upon with the involvement of the company’s specialists.

For master’s students, Melexis Academy is a dual education program at the bachelor’s level. It combines education at KPI with mastering the tools and methods used by integrated circuit designers.

What students gain

• Practical training in analog circuit and integrated circuit design.
• Experience working in Cadence Virtuoso: from schematic design to layout development and verification of its characteristics.
• Learning with KPI lecturers and Melexis engineers, and becoming familiar with the requirements of the microelectronics industry.

Participation in Melexis Academy involves a selection process.

NVO “Chervona Khvylia” — electron-beam technologies and metal 3D printing

Chervona Khvylia is a Ukrainian company that develops and manufactures electron-beam equipment, including electron guns and metal processing installations. The company developed the technology xBeam — metal 3D printing using an electron beam.

Such installations are the result of work by engineers from various fields: electronics provides the equipment’s power supply, operating mode control and process monitoring.

Cooperation with the Department

“Chervona Khvylia” is a strategic partner of the Department, with which joint scientific research is conducted. This cooperation connects research into electronic devices and systems with the needs of industrial equipment and the development of new manufacturing technologies.

What makes this field interesting for future engineers

• Power electronics: electrical energy conversion and high-voltage power supplies for process installations.
• Automation: equipment control, parameter measurement and maintaining specified operating modes.
• Applied research: modeling and experimental verification of solutions for electron-beam technologies.

This field will appeal to those who want to work at the intersection of electronics, automation and modern manufacturing.

“PlasmaTec” — industrial technologies and electronic control systems

“PlasmaTec” is a Ukrainian manufacturer of welding consumables that develops its production and scientific and technological solutions. Of particular interest to electronics students are process equipment, its power supplies, and automation and monitoring systems.

Cooperation with the Department

With the involvement of PlasmaTec specialists, the certificate program “Industrial Electron-Beam Systems” was developed for master’s-level education. Its content covers electron-beam technologies, vacuum technology and control systems for process equipment.

The program includes pre-graduation practical training at the company and preparation of a qualification thesis on a topic agreed with the company, with its specialists involved as consultants.

What this training involves

• Studying electron-beam processes, including coating deposition and material sintering.
• Mastering the operating principles of high-voltage converters and industrial controllers.
• Combining study with practical training and work on tasks related to process equipment.

Current conditions for participation in the certificate program and practical training can be clarified with the Department.

Cooperation agreements

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