Research Areas of Electrical Engineering and Computer Science Faculty

  • monitoring and diagnostics of the combustion process, mostly with the application of optical methods
  • adaptive control systems for the combustion process
  • active and passive optical gas analyzers
  • processing of measuring signals with the use of curvelet and wavelet transforms as well as of artificial intelligence algorithms
  • analysis and compression of images applied to industrial diagnostics
  • optical and ultrasonic tomography
  • medical diagnostics
  • implementation of digital signal processing methods to microcontroller circuits
  • application of fiber Bragg gratings to determine stress and temperature profiles
  • industrial applications of optoelectronic sensors and circuits
  • an analysis of the disturbance signal effect on telemetry channels
  • computer network synthesis issues
  • optical telecommunication networks
  • superconductor applications
  • plasma technologies in bioengineering, medicine
  • agriculture, environment protection and material engineering
  • electromagnetic compatibility of devices - testing of conducted and radiated electromagnetic emissions
  • electrothermal devices and the application of renewable energy
  • calculation of coupled electromagnetic and temperature fields
  • electrochemistry-interfacial phenomena
  • magnetic properties of materials applied to non-destructive testing
  • design and implementation of multi-sensor computer-based measuring systems for electric and non-electric quantities
  • implementation of measuring data processing algorithms in industrial automatic control systems
  • design of software- and hardware-wise new measuring converters using frequency information carrier
  • measurements of ultra-high vacuum
  • mass spectrometry method used for isotope analyses
  • design of relative humidity measuring systems
  • application of the theory of operator semigroups to describe stochastic processes, mainly those modeling biological processes
  • issues of transport in random media 
  • probability calculus limit theorems for random fields
  • power electronic systems for fast charging of electric vehicles 
  • power electronic converter circuits to enable effective co-operation of RES and modern storage electrochemical tanks with the power grid 
  • propulsion systems lifts, for which the department has a particularly important achievements and developed solutions are implemented in production on an international scale
  • New concept of algorithms of the synchronous generator pole slip protection Project commissioned by ABB Company and realized in 2013
  • Identification of such locations within the Polish Power Grid Company transmission network system, where the electricity generating devices are at the risk of damage resulting from the malfunction or failure of the PPG Company equipment. Project commissioned by the PPG and realized in 2013
  • development and practical realization of new methods and devices for producing coating films by means of single beam dynamic ion mixing 
  • development of new methods and devices for the control of the temperature of electric contacts, voltage drop on the contact, electric arc energy,, and the degradation rate of the contact protective coatings 
  • testing of hopping charge transport mechanisms in semiconductors and elaboration of new methods for practical application of the properties of those materials