Department of Electronic and Photonic Metrology (K-1)

The Department conducts research in the field of electronics, focusing on the following areas:

• selection of proper measuring sensors and processors, also those used in medicine,
• mathematical and physical foundations of the theory of measurements and signal processing,
• applications of specialised electronic circuits in medical apparatuses and consumer devices,
• CISC and RISC microcontroller programming (also in C),
• signal processor (DSP) programming,
• applications of microcontrollers and signal processors in signal processing,
• development of measuring and diagnostic virtual devices,

Department of Computer Systems and Networks (K-2)

The Department conducts research in the fields of informatics and teleinformatics, focusing on the following areas:

• design, construction, management, and operation of extensive and local computer networks, data transmission systems and computer systems, including dispersed computer systems,
• modelling, optimisation, and simulation in the design of local and extensive computer networks, data transmission systems, and computer systems,
• optimisation of inter-network connections,
• design and operation of databases, with a focus on the optimisation in the area of database design,
• algorithms supporting the design of computer systems and networks,
• applications of computer systems and networks for supporting decision-making systems,
• methodology of object recognition, with a focus on the issues of complex recognition,
• computer processing of image-based information,
• systems with knowledge representation and experts systems,
• computer simulations, optimisation of experiments, and the design of experiment systems,
• design of field-specific computer systems for supporting decision-making, identification, recognition, and diagnostics,
• design and development of computer systems for the management and support of medical services,
• design of work stands for specialist computer studies,
• methodology of training for users of hospital computer systems,
• computer systems for the automation of industrial processes,
• computer control systems and adaptation computer systems for automatics.

Department of Telecommunications and Teleinformatics (K-3)

The Department conducts research in the fields of telecommunications and teleinformatics, focusing on the following areas:

• methods of computer modelling in the areas of electromagnetic compatibility of devices and calibration of electromagnetic fields,
• design of advanced antennas, the impact of EMC wave on living organisms,
• developing methods of modelling of electromagnetic waves in various environments,
• networks o sensors for the purposes of monitoring pollution and environmental protection, as well as for military purposes,
• microwave and EPR spectrometry technology.

Department of Field Theory, Electronic Circuits, and Optoelectronics (K-4)

The Department conducts research in the field of electronics, focusing on the following areas:

• lasers and optical fibre amplifiers,
• microlasers,
• short pulse lasers,
• laser stabilisation,
• laser spectroscopy - gas detection,
• laser vibrometry,
• laser micromachining,
• material analysis (LIBS),
• design of advanced digital electronic circuits,
• design of advanced analogue electronic circuits,
• machine learning,
• digital signal processing.

Department of Acoustics and Multimedia (K-5)

The Department conducts research in the field of electronics, focusing on the following areas:

• methods of signal processing for the purposes of ultrasonic tomography,
• multimedia technologies,
• application of the methods of speech signal analysis in criminology,
• modern electroacoustic converter designs,
• improving research and design methods of environmental acoustics (acoustic maps, noise limitation projects, interior acoustics, sound augmentation systems, and sonic alarm systems).

Department of Signal Processing Systems (K-6)

The Department conducts the following research:

• signal processing in intelligent passive networks of acoustic, seismic and vision sensors: signal activation circuits, passive detection, location, and monitoring of objects, table processing and merging sensor data,
• signal processing in intelligent drones and drone swarms: drone positioning systems, automated obstacle detection, and anti-collision systems, passive terrain recognition based on SLAM-type algorithms,
• advanced techniques for optimal filtering and adaptive signal processing based on methods, techniques, and algorithms of random signal processing,
• speech signal processing: practical aspects of automatic speech recognition, speaker recognition, emotion recognition, speech synthesis, noise removal, and removal of echo, interferences, and distortion,
• blind separation of seismic signals oriented towards tracking changes.

Department of Cybernetics and Robotics (K-7)

The Department conducts research in innovative areas of robotics, i.e.:

• flexible production systems,
• mobile robots,
• robot kinematics, dynamics, and control,
• modelling and determining the effectiveness of event systems,
• planning tasks and trajectories for tweezers,
• applications of artificial intelligence,
• social robotics,
• medical robotics, including the measurement and analysis of biosignals.

Department of Automatics, Mechatronics and Control Systems (K-8)

The Department conducts research in the field of automatics, focusing on the following areas:

• automation systems, dispersed automation systems,
• non-linear control systems,
• discrete optimisation,
• modelling and simulation,
• control systems’ reliability,
• system identification.

Department of Technical Computer Science

The Department conducts research in the fields of informatics and teleinformatics, focusing on the following areas:

• computer architecture and operating systems,
• teleinformatics and computer networks,
• database systems,
• dispersed processing systems,
• design of microcomputer systems and theory of automata,
• data protection and cryptography,
• reliability and security of computer systems,
• computer graphics, image processing, and multimedia techniques,
• artificial intelligence,
• neuron networks,
• Petri nets and their application,
• CAD applications,
• computer-aided teaching.