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Faculty of Automatic Control, Electronics and Computer Science - Scientific research

The Faculty of Automatic Control, Electronics and Computer Science carries out scientific research essentially in the fields of:

  • automatic control and robotics
  • electronic and telecommunication
  • computer science


Research regarding those three areas is conducted within 3 respective Institutes of our Faculty.


Institute of Automatic Control

Scientific research carried out at the Institute of Automatic Control mainly concerns automatic control and robotics, metrology, modelling, analysis of signals and systems, as well as biotechnology and bio-cybernetics, taking into account both theoretical and practical aspects.


Division of Control and Robotics conducts scientific research on:

  • Control systems in the conditions of incomplete information
  • Models and algorithms for control of various structures
  • Design and construction of control systems for unmanned flying objects UAV
  • Design of regulation and control systems 
  • Design and study of mobile robots
  • Intelligent industrial robots – control, navigation, sensoric systems and interfaces
  • Utilization of artificial intelligence methods in robotics.


Division of Automatic Devices and Systems focuses on the area of:

  • Modelling, simulations and control of industrial continuous processes
  • Theory and practice of modelling and simulation
  • Real time simulation, together with training application
  • Modelling, simulation and control of biotechnological processes in environmental protection: processes containing active settling, sequential settled reactors, processes utilizing bio-filters
  • Process dynamics
  • Intelligent automatic devices: transducers, executive devices, regulators and controllers 
  • Distracted systems of control
  • Programming digital regulators, controllers, monitoring and SCADA systems
  • Cheap control systems based on personal computers
  • Development and design of control systems in chemical, energetic and environment protection industries
  • Virtual laboratories accessible via Internet
  • Virtual steering objects, controllers and control systems using TCP/IP protocol


The scope of research of the Division of Engineering Systems mainly includes:

  • Bioinformatics
  • Biology of systems
  • Production control


Division of Measurements and Control Systems conducts research in the fields of:

  • Artificial intelligence and modern education technologies
  • Control theory
  • Energy process control
  • Metrology and measurement systems
  • Microelectronics and operating systems
  • Noise and vibration control
  • Programmable controllers and SCADA systems
  • Sensors and actuators
  • Signal processing and system identification


Scientific research of the Division of Explorational Data Analysis focuses on:

  • Data analysis
  • Non-verbal interpersonal communication
  • Imaging and radiometric measurements


Most important research projects of the Institute of Automatic Control:

  • VII UE Framework Programme: VIBRATO - Validation in vivo of immune bioindicators of radiation exposure to use for emergency situations, the determination of health effects and molecular epidemiology.
  • National Structural Projects within European Framework Programmes:
    • GeCONiI – Upper Silesia Centre of Scientific and Engineering Calculations
    • Mentoring program – a recipe for efficient education at the Macro-course on Automatic Control and Robotics, Electronics and Telecommunication, and Computer Science offered by the Silesian University of Technology
  • Projects of National Centre of Science (NCN):
    • Modelling and control in semi-active systems of vehicles suspension
    • Active reduction of device noise by controlling vibration of their casing
    • BioRadInt – Bioinformatics methods of integration of high sluiced data of molecular biology for analysis of radio sensibility
    • Novel method of reduction of pulse disturbance in astronomical images
    • Detection and recognition of non-verbal coefficients of deception
    • Non-linear method of colored noise reduction of digital images and video sequences
    • BiTIMS – Bioinformatic tools for automatic identification of heterogeneous bump area on the base of metabolomic profiles gained by using spectrometric techniques of molecular imaging
    • Improvement of precision of photometric measurements gained from first Polish scientific satellites
  • Projects of National Centre for Research and Development (NCBiR):
    • MOLTEST BIS – validation of molecular signatures of early detection of lung tumors within the group of higher risk of illness
  • National projects of Ministry of Science and Higher Education
    • Novelty bioinformatic methods for study of genetic illnesses of complex type heirdom
    • PLAT – Methods of automatic control and learnedly machine in order to identify regulation patterns on the base of multilevel treatise of sources of individuality


Institute of Electronics

Scientific research of the Institute of Electronics mainly concerns electronic devices and systems, using modern type measuring, computational and programming systems, taking into consideration both theoretical and practical aspects.


Division of Biomedical Electronics conducts research on:

  • Bio-cybernetics and biomedical engineering  – information transfer in medicine
  • Design and construction of electronic medical apparatus, electronic devices for data acquisition and biologic signal amplifiers
  • Development of a new type of nanostructured conductive oxides for gas sensors with potential environmental and biomedical application.


Scientific research of the Division of Theory of Circuits and Signals concentrates on the aspects of:

  • Computer aided analysis and design of electronic systems
  • Digital Signac conversion for design of digital filters and their application
  • Analysis, synthesis and optimization of neural networks and their application in engineering practice
  • Aiding the teaching process using information technologies.


Division of Fundamentals of Electronics and Radioelectronics carries out scientific research in the fields of:

  • Synthesis of analogue and digital electronic systems
  • Symbolic method of analysis of electronic systems
  • Power electronic systems
  • Microprocessor type measurement systems
  • Methods of calculations for electromagnetism
  • Numerical modelling of objects of radiant and distracting electromagnetic waves
  • Electromagnetic compatibility
  • Optoelectronics and optical wave guide technique.


Division of Digital and Microprocessor Systems conducts research on:

  • Logic synthesis
  • Testing of digital systems
  • Design of digital systems with SPLD, CPLD, FPGA and PSoC arrangements
  • Design of ASIC systems and virtual components (VC)
  • Fast central units of programmable controllers (PLC) and their application
  • Digital methods of frequency conversion
  • Laboratory and industrial systems for control and data acquisition
  • Multiprocessor and embedded systems
  • Methods of distracted design and designing tools


Division of Telecommunications carries out research on:

  • Quantum cryptography and its application for improvement of safety of modern tele-informatic systems
  • Safety in local IP networks, including implementation and testing of new services in internet network
  • Optimization of hardware and programming construction of mobile systems
  • Optimization of digital data transfer systems
  • Application of digital speech conversion in telecommunications.


Scientific research of the Team of Microelectronics and Nanotechnology concentrates mainly on:

  • Amorphous resistive alloys for application in electronics and precise layered resistors
  • Silicon based diffuse structures obtained by spin coating of silicon glaze for the application of photovoltaics,
  • Nanostructure of transparent conductive oxides for application in photovoltaics and gas sensor systems
  • Semiconductor substrates for application in microelectronics.


Most important projects of the Institute of Electronics:

  • Projects within the European Framework Programmes (VI Framework Programme):
    • Network Project: Partner search support for participants in IST priority by European network of NCP for IST (IDEALIST34)
    • Network Project: Extension of idealist34 project (the partner search and NCP support network for participants in the IST Priority) to INCO Balkan and NIS countries
    • Project IST- World - Knowledge Base for RTD competencies in IST
    • Model-based Adaptive Product and Process Engineering
    • Network of Excellence - General Olfaction and Sensing Projects on a European Level – GOSPEL
  • Projects within the European Framework Programmes (VII Framework Programme):
    • Network on New Sensing Technologies for Air-Pollution Control and Environmental Sustainability (EuNetAir) within European Cooperation in the Field of Scientific and Technical Research – COST Action
  • Other International Projects:
    • Network Project within DAAD (Deutscher Akademischer Austausch Dienst) Program on Strategic Partnerships and Thematic Networks - Dependable cyber physical systems (DCPS)
  • National Structural Projects within the European Framework Programmes
    • Innovative technology of multifunctional materials and structures for nanoelectronics, photonics, spintronic and sensor techniques (InTechFun)
    • Innovative speaker recognition methodology for communication network safety
    • Increasing the professional competence of Electronics and Telecommunication students at the Silesian University of Technology
  • National projects of the Ministry of Science and Higher Education
    • Special Research Program for Network of Excellence: General Olfaction and Sensoric Projects on a European Level (GOSPEL)
    • Logic synthesis of digital circuits for PAL-based CPLDs
    • Hardware Implementation of the Hybrid Methods to Analog Fault Circuits Diagnosis
    • Improvement of efficiency of the hybrid MM-PO method for wide-band analysis of radiating structures
    • Studies of an influence of surface states on the electronic properties of SnO2 sensor layers
    • An effective hybrid method MoM-FDTD for wide-band analysis of radiating and scattering objects
    • Studies of local morphology and stoichiometry of tin dioxide SnO2 thin films prepared by RGTO technology in aspect for sensors application
    • LDPC codes effectively decoded with programmable logic devices
    • Fast reconfigurable logic controllers
    • Control algorithms for mechatronic systems of mechanical vehicles
    • Non-binary LDPC codes over GF(q) and their effective hardware decoder implementation
    • Fast hybrid methods for computational electromagnetics
    • Antennas for modern wireless systems of informational society technologies - new structures, models, and methods of analysis and design
    • Testing of the analogue electronic circuits using multidimensional search space and swarm intelligence algorithms
  • Projects of the National Centre of Science (NCN):
    • New type of sensors for toxic gases, based on surface photo voltage effect
    • Optimization of preparation technology for tin dioxide SnO2 nanolayers with the highest internal surfaces for potential gas sensor application
  • Projects of the National Centre for Research and Development (NCBiR):
    • Development of techniques to improve the reliability of bioelectric signal measurements in a real electromagnetic environment
  • National projects financed by local sources:
    • Research Grant of Motorola Solutions – New Trends in Electronics
    • Research Project of Evatronix S.A. Bielsko-Biała – Advising support in verification methodology of integrated circuits


Institute of Informatics

Scientific work of the Institute of Informatics focuses on basic, developing and applied research into important theoretical, programming and hardware problems, which determine the directions of development of computer science.

Fields of study and specific topics investigated at the Institute of Informatics:

  • Algorithms – including: adaptive and generic algorithms, minimal perfect hashing, optimization, bit-parallel, string and sequence algorithms, as well as the longest common subsequence and related problems;
  • Artificial intelligence, methods, techniques and application – including: ant colony programming, artificial neutral networks, classifiers (feature extraction for pattern recognition), computational intelligence and aspects of fuzzy reasoning systems, fuzzy reasoning based on fuzzy truth value, genetic algorithms, evolutionary computing and programming, rough sets, fuzzy-neutral networks (learning methods  efficiency improvement), multi-sensor data fusion and neuro-fuzzy systems, rough-neuro classifiers, rule induction, heuristic training methods for fuzzy models, rule and rule set quality measures, selection of rough set relative value reduction, simulated annealing, the exlWO metaheuristic (expanded Invasive Weed Optimization), evolutionary algorithms and training set selection;
  • Assistive technologies – including: Brain-Computer Interfaces (BCI), mobile applications for visually impaired people, software tools for impaired people, support for the rehabilitation of cognitive impairment, ultrasonic environment recognition to aid visually-impaired people;
  • Biosciences – including: bioinformatics, theory of evolution, coalescence theory, mitochondrial eve dating, natural selection;
  • Computer systems and networks – including: computer architecture, computer-based measurement systems and their programming, computer peripherals and system communication, control based on visual information, data acquisition and control systems, design and coding for an integrated Facebook web application, electromagnetic compatibility, industrial networks and computer systems, network application performance in virtual machine environment and efficiency measurement, network traffic modelling (AQM modification), performance evaluation of computer networks, publish-subscribe networks, remote access, response time measurements and analysis in network systems, SAN system networks in multiprocessor system architecture, VoIP traffic, wireless computer networking;
  • Computer vision and graphics – including: 3D graphics, multi-resolution representation of objects, second generation wavelets used for multi-resolution decomposition and reconstruction of irregular data, animation and games, general processing on GPU, Moiré formation, multimedia data flow organization and storage, multispectral image analysis, visualisation;
  • Cryptography and information security – including: computer network and hardware security, intrusion and threat detection;
  • Data processing and storage – including: cloud computing, compression, data fusion (multi-sensor systems), datamining, data warehouses, selecting and indexing structures, software agents and grid processing, databases, graphic objects recognition, searching in colour image databases, standardization of NoSQL database languages, object-NoSQL mapping, preserving integrity in NoSQL databases, distributed query optimization, query selective estimation methods and image semantic metadata with hybrid data model, recursive queries partitioning;
  • Digital circuits – including: computer-aided design, educational programmes, logic circuit fundamentals, as well as arithmetic, microprocessor and embedded systems and programmable logic devices;
  • Knowledge representation and engineering – including clustering XML documents;
  • Modelling and simulations – including: branching processes and coalescence distribution, digital modelling, discrete event system modelling with OMNet++ environment, discrete-event simulation, discrete mathematics in computer simulation, dynamic continuous system modelling in Metlab and .NET, new technologies in computer network modelling, numerical methods, queueing systems and active queue management, solution of parameter optimization tasks using Metlab-Simulink environment, system and network modelling using SimEvents package, traffic modelling, weather simulation and rendering models;
  • Nanoscience and informatic nanosystems – including: biological and quantum systems, nanotechnology;
  • Natural language processing – including: automatic identification of key abstractions for OOA/OOD, recognition of emotional expression, syntax and semantic analysis, translation of database queries formulated in natural language to SQL language, computer model for natural Polish language, linguistic engineering and analysis server, modelling the meaning of prepositional and adverbial groups in Polish for automatic word processing, SGGE grammar and SG-parser for English, spelling correction methods, stylometry, translation of texts into sign language;
  • Parallel and distributed computing – including: tools and practices simplifying efficient parallel programming, parallel algorithms for solving complex transportation problems and simulated annealing for vehicle routing problem with time frames;
  • Signal processing – including: algorithms of property extraction from ultrasonic signals, analysis and processing of medical signals, bar codes, de-noising algorithms, digital geometry processing, discrete wavelet transformation, eye movement processing, image processing and recognition, multimedia data, nonlinear time series analysis, speech and audio processing and storage;
  • Software engineering – including: customization of CASE tools for development processes, IT project management, development and organization of open-source projects, methods and tools for automation of software testing, multilayer software architecture, software visualization, source code processing tools, translation theory, user interface design, using frameworks for effective programming;
  • Statistical and probabilistic reasoning – including: Bayesian inference, branching processes, Markovian models, principal component analysis, support vector machines.


Most important projects of the Institute of Informatics:

  • Projects within European Framework Programmes (VII Framework Programme):
    • Artificial Intelligence, Branching Processes and Coalescent – Searching for Information from Genetic Cornucopia
    • Automotive Production Engineering Unified Perspective based on Data Mining Methods and Virtual Factory Model (AutoUniMo)
    • Helicopter Deploy GNSS in EUROPE – Next (HEDGE NEXT)
    • Mobility Applications for Emergencies Prevention and Handling (EGALITE)
  • Other international projects:
    • Pol-Nor Project: Automated Assessment of Joint Synovitis Activity from Medical Ultrasound and Power Doppler Examinations using Image Processing and Machine Learning Methods (MEDUSA)
    • Microsoft Azure for Research Award grant: Cloud Computing in the Service of 3D Protein Structure Similarity Searching (acronym: Cloud4Psi)
  • National Structural Projects within European Framework Programmes:
    • Creation of a new specialization: Data Mining for postgraduate study in computer science discipline
  • National projects of the Polish Ministry of Science and Higher Education:
    • Iuventus Plus Research Project: Hand detection and hand pose estimation for creating human-computer vision-based interaction
    • Iuventus Plus Research Project: Evolutionary methods for support vector machines training set optimization
  • Projects of the National Centre of Science (NCN):
    • Compression and datamining algorithms for genomic data and their implications for comparative genomics
    • Algorithms for text data processing
    • Memory efficient algorithms for processing and analysis of genome sequencing data
    • Algorithms for the multiple sequence alignment problem and its variants
    • An atlas of brain regulatory regions and regulatory networks - a novel systems biology approach to pathogenesis of selected neurological disorder
  • Projects of the National Centre for Research and Development (NCBiR):
    • Network Hospital information System – Methods, technologies for network enabled hospital information system in scope of interoperability, functional extensibility, deployment process scalability (INNOTECH)
Scholarships 2020/2021
Admission 2019/2020
Art & Design Competition
European projects
ELSEVIER Awards Poland
HR Excellence in Research
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