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Faculty of Electrical and Control Engineering

Faculty of Electrical and Control Engineering

Studentų St. 48, LT-51367 Kaunas
Tel. +370 37 351216 / 300250 / 300251
Fax +370 37 454329
E-mail dekeaf@ktu.lt

The Faculty of Electrical Engineering was founded in 1947. In 1988–1993 it was called the Faculty of Energetics. In 1967 the Faculty of Automation was founded. In 1993 the two faculties were joined together, and so the Faculty of Electrical Engineering and Automation was formed. In 2005 under the resolution of the Senate it was renamed into the Faculty of Electrical and Control Engineering.

Full-time academic and research staff of 79 employees includes 15 professors and 41 associate professors. 1055 students (including 200 master students and 310 extramural bachelor students) are enrolled in the Faculty.

 

Undergraduate Study Programmes in Lithuanian

  • Automation and Control (Bachelor of Electrical Engineering)  
  • Electrical Engineering (Bachelor of Electrical Engineering)
  • Electrical Power Engineering Technologies (Bachelor of Electrical Engineering)

Master Study Programmes in English

Master Study Programmes in Lithuanian

  • Control Engineering (Master of Electrical Engineering, Engineer)
  • Control Technologies (Master of Electrical Engineering)
  • Energy Engineering and Management (Master of Power Engineering)
  • Electrical Power Engineering (Master of Electrical Engineering)
  • Electrical Power Engineering (Master of Power Engineering)

Main Research Area

  • Production of electric power, control of its consumption and transfer, automated management, and forecast of technical systems status
  • Biomedical systems; methods of image formation and analysis; artificial neural networks
  • Modelling and control of multi-parametric technological processes
  • Characteristics, quality and diagnostics of electrical machines
  • Creation of intellectual and hybrid control methods and models and their application for automation of technical systems
  • Computer control systems of technologies and equipment in enterprises
  • Application of electromagnetic fields in technology; application of electromagnetic converters in accounting of electric power
  • Light technology and its application for lighting, visualization and increase of power consumption efficiency
  • Research of the work environment; development of measures to reduce health risk factors