Strona: Offer for industry and business / The Faculty of Electrical and Computer Engineering

Offer for industry and business

Research services offer

Department of Electrical and Computer Engineering Fundamentals (ET)

Equipment name

(type of service)

Research opportunities

Contact person

CDEGS computing environment

Design of earthing systems and lightning protection devices. Comprehensive calculations and testing of static and dynamic earthing properties. Performing simulation calculations in the field of lightning protection and the impact of electromagnetic disturbances (EMC).

Robert Ziemba

Grzegorz Masłowski

ziemba@prz.edu.pl

tel. 17 865 13 30

EMTP-RV and EMTP / ATP computing environment

Designing power systems. Comprehensive calculations of electrical and power systems in transient states. Performing simulation tests in the field of lightning and overvoltage protection and insulation coordination.

Robert Ziemba

Stanisław Wyderka

ziemba@prz.edu.pl

tel. 17 865 13 30

Surge earth impedance meter WG-407.

MRU-101 earth resistance meters

Performing measurements of earthing resistance and earthing impedance of power poles and large facilities.

Robert Ziemba

Grzegorz Karnas

ziemba@prz.edu.pl

tel. 17 865 13 30

Consulting in the field of lightning protection

Expertise in the field of lightning protection in accordance with the standards of the PN-EN 62305 series.

Grzegorz Masłowski

Robert Ziemba

Stanisław Wyderka

ziemba@prz.edu.pl

tel. 17 865 13 30

Mobile 3D electromagnetic field meter Maschek ESM-100 with the function of archiving measurement results

Measurements and recording of the electric and magnetic field strength in the range from 16.7Hz to 400kHz occurring in the vicinity of power lines, electrical and electronic devices.

Mariusz Gamracki

Robert Ziemba

tel. 17 865 12 98

mgamrac@prz.edu.pl

Real Time RSA 5106 A spectrum analyzer and DPO 5204 digital oscilloscope

Advanced temporal and spectral analysis of non-stationary signals.

Kamil Filik

kfilik@prz.edu.pl

tel. 17 865 12 98

Grzegorz Karnas

gkarnas@prz.edu.pl

tel. 17 865 12 43

Mobile generators:

 

Type GUP 100 - 8/20

 

Type GUP 80/10

 

  (short-term strokes)

Testing the resistance of objects to current surges:

 

type 1 - oscillatory waveform with current amplitude up to 100 kA,

 

type 2 - 8/20 µs aperiodic waveform with peak current value up to 60 kA,

 

type 3 - 10/350 µs aperiodic waveform with peak current value up to 3 kA.

Robert Ziemba

Stanisław Wyderka

ziemba@prz.edu.pl

tel. 17 865 13 30

Mobile generator

 

Type GUP - 10/100

 

(long-term stroke)

Testing the resistance of objects to a long-term lightning current surge with a duration of 10 to 100 ms and a current amplitude of ~ 100A

Robert Ziemba

Stanisław Wyderka

ziemba@prz.edu.pll

tel. 17 865 13 30

Voltage generator

 

Type TGUN - 300

Research of resistance of objects to a voltage surge of 1.2 / 50 with amplitude up to 300kV

Robert Ziemba

Stanisław Wyderka

ziemba@prz.edu.pl

tel. 17 865 13 30

Set of generators and amplifiers (sinusoidal and arbitrary waveforms)

Generation of voltage waveforms of any shape in the range up to ± 60 V (maximum current up to 10 A, band 0-150 kHz).

 

Generation of sinusoidal waveforms with the possibility of modulation (band in the range of 9kHz-1GHz).

 

Conducted disturbance tests in accordance with the IEC 61000-4-6 standard (150kHz-230MHz band).

Kamil Filik

kfilik@prz.edu.pl

tel. 17 865 12 98

Grzegorz Karnas

gkarnas@prz.edu.pl

tel. 17 865 12 43

 

Aviation Generators 1 (Single Stroke Generator)

Research of avionics resistance to induced single current and voltage surges. Tests according to DO-160 (section 22). Voltage range: 125V-3200V (maximum current 6.4 kA). Shock waveforms of the following types: W1, W4, W5A, W5B.

Kamil Filik

kfilik@prz.edu.pl

tel. 17 865 12 98

Aviation Generators 2 (Multiple Stroke Generator)

Research of avionics resistance to induced multiple current and voltage surges. Tests according to DO-160 (section 22). Voltage range: 75V-1600V (maximum current 2 kA). Shock waveforms of the following types: W1, W4, W5A, W5B.

Kamil Filik

kfilik@prz.edu.pl

tel. 17 865 12 98

Aviation Generators 3 (Generator of "packets" of fast changing strokes)

Research on avionics resistance to induced burst waveforms. Tests according to DO-160 (section 22). Voltage range: 40V-3200V. Shock waveforms of the following types: W2, W3.

Kamil Filik

kfilik@prz.edu.pl

tel. 17 865 12 98

Colorful, high-speed Photron SA5 camera

Fast video recording and analysis of fast-changing phenomena (up to 7000 frames per second in 1024px: 1024px resolution, up to 1 million frames per second in lower resolution, color recordings).

Grzegorz Karnas

gkarnas@prz.edu.pl

tel. 17 865 12 43

 

Measurement stand for testing the quality of electricity

Testing the impact of electrical / electronic devices on the power grid, testing converter systems in terms of the quality of the generated voltage.

Witold Posiewała

wposiew@prz.edu.pl

tel. 17 865 17 70

 

IES computing environments: Electro, Coulomb, Magneto, Faraday, Amperes.

 

 www.integratedsoft.com

Numerical determination of the electromagnetic field in linear and non-linear systems, with 2D / RS and 3D geometries, with different boundary conditions, FEM and BEM methods. One-time and parametric simulations, in the time domain and in the low frequency range, for various current and voltage excitations,

including eddy currents and skin effect. Calculation of inductance, capacitance, force, flux, field energy etc. Application areas include design and simulation of electrical devices and electronic components.

Antoni Szczepański,

Mariusz Trojnar

aszczep@prz.edu.pl

tel. 17 865 12 98

 

Computing environments PSpice, LTspice, Tina and others.

Numerical and symbolic analysis of linear and non-linear electric and electronic circuits. One-time and parametric simulations (e.g. in terms of sensitivity, transmittance), in the time and frequency domains, for various current and voltage excitations, with zero or non-zero initial conditions. Application areas include design and simulation of electrical systems and devices as well as electronic components.

Antoni Szczepański,

Mariusz Trojnar

aszczep@prz.edu.pl

tel. 17 865 12 98

trojnar@prz.edu.pl

tel. 17 865 12 94

 

Consulting in the field of renewable energy sources

Expertise in the field of design, measurements and simulations of wind turbines, electric generators for wind turbines, systems of power electronic converters and their control.

Lesław Gołębiowski

Marek Gołębiowski

Damian Mazur

yegolebi@prz.edu.pl

tel. 178651431

Smart Grid and Smart Metering consulting

Expertise in the field of Smart Grid and IT networks and their protection and security.

Lesław Gołębiowski

Marek Gołębiowski

Damian Mazur

yegolebi@prz.edu.pl

tel. 178651431

Consulting in the field of information systems for enterprises

Designing IT systems. Selection of integration solutions. Assistance in pre-implementation and implementation processes.

Witold Posiewała

Grzegorz Drałus

wposiew@prz.edu.pl

tel. 17 865 17 70

Consulting in the field of power electronics

Expertise and design of power electronic systems, including: multi-pulse non-controlled converters, converters with a reduced content of higher harmonics in network currents, multi-level converters, converters with more than three phases.

Expertise in the field of transformers and autotransformers, including multi-phase ones.

Lesław Gołębiowski

Marek Gołębiowski

Damian Mazur

yegolebi@prz.edu.pl

tel. 178651431

 

Consulting in the field of electrical machines and their control

Expertise and design of induction machines, synchronous machines with permanent magnets and reluctance machines, multiphase machines with three or more phases. Design and field calculations of electrical machines, including: electromagnetic, strength and thermal analyzes.

Designing algorithms for controlling electric machines and converters, optimal control, quick control using characteristics, DTC, FOC etc.

Lesław Gołębiowski

Marek Gołębiowski

Damian Mazur

yegolebi@prz.edu.pl

tel. 178651431

 

Test stand for active vibration reduction

The stand is prepared for the analysis of active reduction of vibrations of triangular beams and plates. It is also possible to analyze spatial structures.

Adam Brański

tel. 17 856 10 74

abranski@prz.edu.pl

 

Ultrasonic disintegrator

Destroying microorganisms, creating coagulants, etc.

Adam Brański

tel. 17 856 10 74

abranski@prz.edu.pl

Impedance tube kit (Bruel & Kjaer)

Measurement of the physical sound absorption coefficient and insulation of materials, e.g. fabrics, building materials.

Edyta Prędka

tel. 17 856 10 74

edytap@prz.edu.pl

Apparatus for continuous noise measurement: sound level meter type 2250, software and accessories (Bruel & Kjaer).

Measurement of all types of sound and detailed analysis of it.

Edyta Prędka

tel. 17 856 10 74

edytap@prz.edu.pl

 

Department of Power Electronics and Power Engineering (EE)

Sets with FPGA modules + licensed Quartus I software

Design and testing of control and automation systems of electricity converters based on FPGA systems of various families.

Tomasz Binkowski,

tbinkow@prz.edu.pl

tel. 178651974

 

Expert and design works

Design and expertise in the field of power electronic systems, especially industrial ones, and their control systems.

 

Analysis of the use of new elements in thyristor and transistor converters.

 

Implementation of new converter solutions in industrial heating devices and devices with electric drives.

Kazimierz Buczek,

kbuczek@prz.edu.pl,

tel. 178651771

 

Research Laboratory of Power Electronic Converters and Low Power Drive Systems;

 

Research Laboratory of Power Electronic Converters Control Systems;

 

Apparatus:

 

- precise multi-channel digital power meters;

 

- oscilloscopes and digital recorders;

 

- power and harmonic analyzers

 

- stabilized direct current sources;

 

- stabilized alternating current source;

 

- torque meters and dynamometers with the possibility of setting the load torque;

- control systems (FPGA and DSP systems)

Tests of power electronic converters intended to supply low-power drive systems (up to 10 kW);

 

Research of power electronic converters cooperating with renewable energy sources with a capacity of up to 10kW (photovoltaic and wind power plants);

 

Research on the impact of power electronic converters on the power line for power up to 100 kW;

 

Tests of low-power drive systems up to 3kW.

 

Expertise:

 

Power electronic systems, converters, power supplies up to 100kW

 

Influence of non-linear receivers on the supply line

Assessment of the technical condition of drive systems.

Dariusz Sobczyński,

dsobczyn@prz.edu.pl,

tel. 178651974

 

EMTP-ATP software package

Research in the field of surge protection of electrical and electronic devices, based on their digital models.

Stanisław Wyderka

swyderka@prz.edu.pl

tel. 178651773

 

Conducting trainings for designers and installers of lightning and surge protection devices, including the requirements and recommendations of current standards and regulations.

Stanisław Wyderka

swyderka@prz.edu.pl

tel. 178651773

 

Department of Computer and Control Engineering (EA)

Designing domain languages

Research and consulting work in the field of creating dedicated programming languages (Domain Specific Languages), compilers and runtime environments.

Jan Sadolewski
js@prz-rzeszow.pl

tel. 17 865-17-96
tel. 17 865-12-25

 

Stand for design and analysis of real-time systems.

Analysis, design, evaluation of real-time systems.

 

Programming of real-time systems for the VxWorks, VxWorks 653 operating systems platform.

 

Preparing the "envelope" of the real-time operating system (division into real-time processes with software for RS232, CAN, Ethenet / TCP / IP communication interfaces) for distributed control applications.

 

Simulation and analysis of real-time systems using Petri net.

Sławomir Samolej
ssamolej@prz.edu.pl
tel. 17 865-14-86

Advice on tuning of industrial PID controllers

Expertise and design of industrial control systems

with the use of PID controllers (selection of settings, auto-tuning).

Leszek Trybus

ltrybus@prz.edu.pl

tel. 17 865-15-52

Zbigniew Świder

swiderzb@prz.edu.pl

tel. 17 865-15-49

Consulting in the field of distributed control systems

Expertise and design of distributed control systems (configuration of the control system in the languages of the IEC 61131-3 standard, communication between controllers).

Leszek Trybus

ltrybus@prz.edu.pl

tel. 17 865-15-52

Zbigniew Świder

swiderzb@prz.edu.pl

tel. 17 865-15-49

Andrzej Stec

astec@prz.edu.pl

tel. 17 865-17-93

Development and testing of industrial communication protocols

Modeling and analysis of communication protocols (wired and wireless).

Leszek Trybus

ltrybus@prz.edu.pl

tel. 17 865-15-52

Dariusz Rzońca

drzonca@prz.edu.pl

tel. 17 865-17-17-68

CPDev software license

Integration of the CPDev software with the firmware of the designed PLC controllers, running programs of the IEC 61131-3 standard.

Leszek Trybus

ltrybus@prz.edu.pl

tel. 17 865-15-52

 

Advice on the configuration of industrial PLC logic controllers

Expertise and design of industrial control systems

with the use of PLC controllers (start and start sequences, technological lines, batch processes).

Leszek Trybus

ltrybus@prz.edu.pl

tel. 17 865-15-52

Zbigniew Świder

swiderzb@prz.edu.pl

tel. 17 865-15-49

Andrzej Stec

astec@prz.edu.pl

tel. 17 865-17-93

Kits with Xilinx FPGAs, REECO soldering station

and desoldering BGA components, Xilinx ISE Design Suite software, Xilinx Vivado Design Suite, Altium Designer

Design of digital SoC systems and implementation of specialized microprocessors based on FPGA systems. Designing prototype multilayer printed circuits with FPGAs. Soldering and desoldering elements in BGA, LGA and other housings.

Zbigniew Hajduk

zhajduk@kia.prz.edu.pl

tel. 17 865-14-86

 

Consulting and design work in the field of technical and medical diagnostics

Application of computational intelligence methods to predict, recognize or discover relations and rules for recorded data. Analysis of cause-effect relationships. Decision support systems in medicine and technology.

Jacek Kluska

jacklu@prz.edu.pl

tel. 17 865-16-86

 

CPN Tools software

Modeling and simulation analysis of discrete systems,

in particular, production systems, using the CPN Tools package (timed colored Petri nets).

Andrzej Bożek

abozek@kia.prz.edu.pl

tel. 17 865-15-92

 

TwinCAT 2 and TwinCAT 3 software + libraries;

 

Beckhoff automation devices (C6920 industrial computer; CX1000, CX9000, CP6601 embedded PC controllers; BC8150, BX9000 PLC controllers; BK9050, EK1100 communication modules; AX5000 servo station and CX1020 controller; 15 '' industrial touch panel; various types of I / O modules for K-Bus / E-Bus)

Design and programming of industrial control systems based on the Beckhoff hardware infrastructure and TwinCAT 2 / TwinCAT software. 3. Integration of industrial automation systems with IT systems. Designing advanced industrial control systems using TwinCAT3 and Matlab / Simulink (including Stateflow).

Tomasz Żabiński

tomz@kia.prz.edu.pl

tel. 17 865-17-66


Andrzej Bożek

abozek@kia.prz.edu.pl

tel. 17 865-15-92

Tomasz Mączka

tmaczka@kia.prz.edu.pl

tel. 17 865-17-66

 

Software: Matlab / Simulink / Stateflow

 

Inteco / National Instruments measurement and control cards

 

TwinCAT 3, IPC Beckhoff

Advice on the technology of rapid prototyping of control systems using Matlab / Simulink / Stateflow software. Selection and tuning of regulators for mechatronic and industrial systems. Rapid prototyping of control systems on the target platform - TwinCAT 3, Matlab / Simulink and Beckhoff systems.

Tomasz Żabiński

tomz@kia.prz.edu.pl

tel. 17 865-17-66

Andrzej Bożek

abozek@kia.prz.edu.pl

tel. 17 865-15-92

 

Research and design work

 

Software: Wonderware MES, qcadoo MES

 

Equipment: industrial automation devices and software by Beckhoff; Ubisense / Astec RTLS industrial location system for production halls; Motorola MC9090 industrial data collector with accessories

Consulting in the field of design, implementation and implementation of production monitoring and control systems (MES) intended for production companies, including the concept of Industry 4.0.

Tomasz Żabiński

tomz@kia.prz.edu.pl

tel. 17 865-17-66

Tomasz Mączka

tmaczka@kia.prz.edu.pl

tel. 17 865-17-66

Andrzej Bożek

abozek@kia.prz.edu.pl

tel. 17 865-15-92

 

Research and design work

 

Software: Statistica, Weka, Matlab / Simulink, TwinCAT 3

 

Equipment: Hansford HS-100 industrial acceleration sensors; CNC expertMill VMC-0600 PLUS milling machine with SINUMERIK 802D control system; the contouring accuracy testing system for Renishaw BallBar QC20-W machine tools; IPC Beckhoff

Designing intelligent systems for monitoring, diagnosing and supervising technological processes (milling, drilling, turning, cold forging) and production devices (CNC machine tools).

Tomasz Żabiński

tomz@kia.prz.edu.pl

tel. 17 865-17-66

 

Tomasz Mączka

tmaczka@kia.prz.edu.pl

tel. 17 865-17-66

 

Research and design work

 

Equipment: flexible production cell:

 

- CNC machine (expertMill VMC-0600 PLUS) + robot (SCROBOT-ER 9Pro) with control module + mobile linear base of the robot with drive (Linear Slidebase Belt-Drive) + all-in-one computer (Dell Vostro 320) + system camera vision (Logitech USB) + pivot table for the robot and the vision system;

 

- laboratory model of an automated warehouse with a Kawasaki FS03N robot and a vision system (Balluff BVS001N);

 

- mobile flying objects

 

- Ubisense / Astec RTLS industrial location system for production halls

Design and implementation of automated production systems, including those in line with the Industry 4.0 concept.

Tomasz Żabiński

tomz@kia.prz.edu.pl

tel. 17 865-17-66

 

Tomasz Mączka

tmaczka@kia.prz.edu.pl

tel. 17 865-17-66

 

Andrzej Bożek

abozek@kia.prz.edu.pl

tel. 17 865-15-92

 

Research and design work

 

Software: Statistica, Weka

 

Packages: Wonderware MES, qcadoo MES

Development and implementation of solutions for the automatic acquisition of knowledge from data from production systems (ERP, MES) with the use of data mining techniques and computational intelligence methods.

Tomasz Żabiński

tomz@kia.prz.edu.pl

tel. 17 865-17-66

Tomasz Mączka

tmaczka@kia.prz.edu.pl

tel. 17 865-17-66

Research and design work

 

Software: Matlab, Scilab, ILOG, CPN Tools, JADE

Optimization methods.

 

Designing optimization algorithms, in particular regarding task scheduling.

 

Computational intelligence, decision support systems.

Marian Wysocki

mwysocki@kia.prz.edu.pl

tel. 17 865-15-83

tel. 17 865-12-25

Andrzej Bożek

abozek@kia.prz.edu.pl

tel. 17 865-15-92

Mariusz Oszust

moszust@kia.prz.edu.pl

tel. 17 865-16-14

Consulting in the field of image processing and recognition applications.

Computer vision.

 

Image processing and recognition.

 

Multimedia systems.

 

Systems supporting human-computer interaction.

 

Applications of information technology in devices

and layouts for people with disabilities.

Marian Wysocki

mwysocki@kia.prz.edu.pl

tel. 17 865-15-83

tel. 17 865-12-25

Tomasz Kapuściński

tomekkap@kia.prz.edu.pl

tel. 17 865-16-14

Joanna Marnik

jmarnik@kia.prz.edu.pl

tel. 17 865-16-14

Mariusz Oszust

moszust@kia.prz.edu.pl

tel. 17 865-16-14

 

Advice on the selection of UPS systems

Expertise in the field of UPS uninterruptible power supply systems and the selection of solutions.

Kazimierz Lal

klal@prz.edu.pl

tel. 17 865-17-67

IT system audits

Audits of IT systems for Local Government Units, Healthcare Units and Cooperative Banks by the IR SEP Appraiser.

Kazimierz Lal

klal@prz.edu.pl

tel. 17 865-17-67

Expert work in the field of "digital machines and systems"

Preparation of expert opinions in the field of "digital machines and systems" -

including advice on the preparation of the Terms of Reference and the settlement of tenders for the purchase of computer hardware as well as system and utility software by the IR SEP Appraiser.

Kazimierz Lal

klal@prz.edu.pl

tel. 17 865-17-67

 

Advice on IT systems for Cooperative Banks

Designing IT systems. Selection of integration solutions. Assistance in pre-implementation and implementation processes.

Kazimierz Lal

klal@prz.edu.pl

tel. 17 865-17-67

 

Computing environment - Linux-MOSIX cluster

Computing with the use of a cluster environment (High Performance Linux) based on the MPI library. Compilation of codes and running coarse-grained calculations in multi-node architecture.

Kazimierz Lal

klal@prz.edu.pl

Tomasz Rak

trak@prz.edu.pl

tel. 17 865 17 67

 

Consulting in the field of control systems and computer industrial networks, system security

Advice in the field of: computer systems security; operation and diagnostics of computer industrial networks, industrial control systems; designing control programs in the FBD language.

Marcin Bednarek

bednarek@prz.edu.pl

tel. 17 865-15-43

 

Consulting in the field of design and implementation of database information systems for enterprises

Design and implementation of relational databases.

 

Designing database applications with the use of UML diagrams.

 

Implementation of database applications in Java EE technology.

 

Reverse engineering of database applications (preparation of technical documentation on the basis of code).

Grzegorz Dec

gdec@prz-rzeszow.pl

tel. 17 856-14-26

 

Modeling and testing the effectiveness of distributed IT systems.

Modeling of distributed information systems with formal methods, simulation, estimating the effectiveness of existing and designed systems.

Dariusz Rzońca

drzonca@prz-rzeszow.pl,

tel. 17 865-17-68

 

Modeling and testing the effectiveness of distributed industrial automation systems.

Modeling with formal methods of distributed industrial automation systems, simulation, estimating the effectiveness of existing and designed systems.

Dariusz Rzońca

drzonca@prz-rzeszow.pl,

tel. 17 865-17-68

 

Advice on a construction a data warehouse and analytical applications

Designing and launching effective and cost-effective analytical systems. Solutions based on modern methods and techniques of large data analysis and at the same time providing for the possibility of using tools available on a non-commercial basis. The offer is addressed mainly to small and medium-sized enterprises as well as public administration and health care units.

Bartosz Jędrzejec

bartoszj@prz.edu.pl

Krzysztof Świder

kswider@prz.edu.pl

tel. 17 865-15-48

Consulting in the field of implementation of IT management systems

Substantive and technical support at the stage of preparing the company for the implementation of the IT management system. It assumes the use of modern methods and techniques of software engineering and provides for the possibility of using cost-effective tools. The offer is addressed mainly to small and medium-sized enterprises as well as public administration and health care units.

Bartosz Jędrzejec

bartoszj@prz.edu.pl

Krzysztof Świder

kswider@prz.edu.pl

Grzegorz Dec

gdec@prz.edu.pl

tel. 17 865-15-48

Research and design works in the field of motion control systems

Design and programming of dedicated motion control systems based on the Texas Instruments hardware platform.

Ryszard Leniowski

lery@prz-rzeszow.pl

tel. 17 865-17-69

Research and design work in the field of medical robotics

Analysis, design and supervision over the technical implementation of complex mechatronic systems focused on medical applications.

Ryszard Leniowski

lery@prz-rzeszow.pl

tel. 17 865-17-69

Analysis and modeling of complex dynamical systems

Substantive support in the field of mathematical modeling

and computer simulation of assumed dynamical systems, including rigid and flexible objects and fluids. Object collision simulation in 3D space on the CP + GPU platform.

Ryszard Leniowski

lery@prz-rzeszow.pl

tel. 17 865-17-69

 

Research and design work in the field of computer graphics and animation

Substantive support in the field of creating graphic software using libraries and resources provided by the consortium of Khronos Group Inc.

Ryszard Leniowski

lery@prz-rzeszow.pl

 17 865-17-69

 

Department of Metrology and Diagnostic Systems (EM)

Measurements of power and electricity

 

Three-phase reference meters, voltage and current power supplies.

 

Power calibrator. Energy equipment tester.

Accurate power and energy measurements.

 

Checking and calibration of instruments for measuring power and electricity.

 

Electricity meters expertise.

 

Design of systems for measuring power and electricity.

Adam Kowalczyk

tel. 178651231

kowadam@prz.edu.pl

 

Temperature and humidity measurements

 

Set of reference sensors, bridges for calibrating temperature sensors, instruments for accurate temperature measurements, calibration furnace. Thermographic cameras.

Checking and modeling of sensors and temperature meters.

 

Measurements and modeling of temperature fields of biological and technical objects.

 

Designs of temperature measurement systems.

Adam Kowalczyk

tel. 178651231

kowadam@prz.edu.pl

 

Testing current and voltage transformers

 

Transformer tester.

 

Current comparator.

 

Nominal loads.

Determination of current and angular errors of current transformers. Constructions of measuring systems for testing transformers.

Adam Kowalczyk

tel. 178651231

kowadam@prz.edu.pl

 

Measurements and analysis of stochastic signals.

 

Eddy current research.

 

Vibroacoustic research.

 

Analyzer of spectrum and statistical parameters of signals. Eddy current test kits. Mobile devices for acoustic and vibration measurements.

Application of new measurement methods for processing stochastic signals.

 

Vibroacoustic measurements in industrial applications.

 

Configuration and construction of apparatus for specialized measurement tasks, data processing and analysis.

Adam Kowalczyk

tel. 178651231

kowadam@prz.edu.pl

 

Electroimpedance tomography. Verification of measurement data acquisition systems.

 

NATIONAL INSTRUMENTS measuring systems.

Industrial applications of electroimpedance tomography.

 

Testing and evaluation of the accuracy of tracks and measurement data acquisition systems.

 

Constructions of computer and microprocessor systems for measuring selected physical quantities.

Adam Kowalczyk

tel. 178651231

kowadam@prz.edu.pl

 

Digital recording and analysis of selected physiological signals.

 

CULBORN INSTRUMENTS measuring system.

Research work in the field of new techniques in the processing of selected biomedical signals.

Adam Kowalczyk

tel. 178651231

kowadam@prz.edu.pl

 

Measurements of flows.

 

Installation of forced water flow. Transducers and flow measuring instruments. Generators for simulating measurement signals. Instruments for signal analysis.

The study of various methods of flow measurement in pipelines and open channels. Checking liquid and gas flow transducers.

 

Development of solutions for systems for measuring the flow of liquids and gases and mass transport in general.

Adam Kowalczyk

tel. 178651231

kowadam@prz.edu.pl

 

Testing devices with a random operating algorithm.

 

Random signal generators, logic analyzers, programmers.

 

Electronic laboratory equipment.

Testing devices with a random operating algorithm (gaming machines, simulators, etc.).

 

Technical expertise of devices.

Adam Kowalczyk

tel. 178651231

kowadam@prz.edu.pl

 

Laboratory of Testing and Calibration

Testing the accuracy of measurement channels with an analog information carrier.

 

Reference system multimeter.

 

Multifunction system calibrator.

Calibration of meters for direct current and voltage, alternating current and voltage, resistance.

 

Validation of prototypes of measurement channels with an analog information carrier.

 

Development of validation procedures for industrial measurement processes.

Roman Tabisz

tel. 178651188

rtabisz@prz.edu.pl

 

Testing the accuracy of measurement channels with an impulse information carrier.

 

System quartz frequency and timers.

 

Adjustable function generator.

Calibration of time and frequency meters.

 

Validation of prototypes of measurement channels with an impulse information carrier.

 

Development of validation procedures for industrial measurement processes.

Roman Tabisz

tel. 178651188

rtabisz@prz.edu.pl

 

Department of Electronic and Telecommunications Systems (EU)

EMC Electromagnetic Compatibility Laboratory:

 

Measurements of electromagnetic disturbance emission in a semi-anechoic chamber for objects weighing up to 1000 kg and load capacity of current circuits up to 63A.

Measurements of the emission of conducted electromagnetic disturbances (20Hz ÷ 200MHz) and radiated (30MHz ÷ 18MHz) in a semi-anechoic chamber, including the requirements of civil standards (EN 55011, -14, -15, -22), military (MIL-STD461, NO- 06-A200, NO-06-A500) and aviation (DO-160).

Measurements of harmonic emissions of supply currents as well as light fluctuations and flicker for single and three-phase receivers in accordance with the requirements of, among others, EN 61000-3-2, -3-3, -3-11, 3-12 standards.

Wiesław Sabat,

wsabat@prz.edu.pl,

tel. 17-8544708

 

Kazimierz Kuryło,

kkurylo@prz.edu.pl,

tel. 17-8544708

 

 

EMC Electromagnetic Compatibility Laboratory:

 

Measurements of equipment immunity to conducted and radiated electromagnetic disturbances for objects weighing up to 1000 kg and load capacity of current circuits up to 63A

Measurement of equipment immunity to electromagnetic fields up to 10V / m in accordance with the requirements of the EN 61000-4-3 standard.

Measurement of device resistance to surges in accordance with the requirements of EN 61000-4-5 standards, a series of quick transient nanosecond states 5/50 ns, in accordance with the requirements of EN 61000-4-4 standards.

Measurement of resistance of devices to dips, losses and changes in the supply voltage in single and three-phase circuits in accordance with the requirements of EN 61000-4-11 standards.

Measurement of equipment immunity to conducted disturbances induced by radio frequency fields injected into power and control circuits, in the frequency range from 9kHz to 400 MHz, for CDN, BCI and stripline applications in accordance with the requirements of, among others, EN 61000-4-6, DO 160, MIL STD 461 D / E / F standards.

Measurement of equipment immunity to conducted asymmetric "common-mode" disturbances from 0 Hz to 150 kHz in accordance with the requirements of the EN 61000-4-16 standard.

Measurement of resistance of devices to electrostatic discharge with a surge level of up to 30 kV, in accordance with the requirements of the EN 61000-4-2 standard.

Wiesław Sabat,

wsabat@prz.edu.pl,

tel. 17-8544708

 

Kazimierz Kamuda,

kazik@prz.edu.pl,

tel. 17-8544708

 

Dariusz Klepacki,

dklepa@prz.edu.pl,

tel. 17-8544708

 

Laboratory of the radio technique of identification of RFID objects:

 

 

RFID systems

Comprehensive studies of the effectiveness of the operation of single and multiple RFID systems in the area of their energy (field, electric) and communication conditions,

 

Expert work in the field of solving RFID problems in security and access control systems,

 

Research on the functioning of RFID systems in static and dynamic states,

 

Planning of automatic object identification processes using the RFID technique,

 

Expert services in the field of market analysis and the development and implementation of RFID systems in typical and unusual areas of their application.

Piotr Jankowski-Mihułowicz,

pjanko@prz.edu.pl,

tel. 17-8544708

 

Laboratory of the radio technique of identification of RFID objects:

 

RFID devices

Design and prototyping of devices that are components of RFID systems (identifiers, readers / programmers and their antennas), including the target process of automatic object identification.

 

Testing of identifiers, readers / programmers and their antennas, taking into account energy and communication efficiency, as well as the usefulness of these devices in the target process of automatic object identification.

Piotr Jankowski-Mihułowicz,

pjanko@prz.edu.pl,

tel. 17-8544708

 

 

Laboratory of the radio technique of identification of RFID objects:

 

 

Antenna technique

Expert work in the field of design and prototyping of planar antennas, implemented with the use of various technologies (PCB, LTCC, inkjet printing), and wire antennas.

 

Field and laboratory (in an anechoic chamber) measurements of parameters and characteristics of antennas.

Piotr Jankowski-Mihułowicz,

pjanko@prz.edu.pl,

tel. 17-8544708

 

Laboratory of the radio technique of identification of RFID objects:

 

 Mobile telephony

Expert work in the field of construction and expansion of mobile telephony base stations.

 

Measurements of electromagnetic field parameters of operating base stations.

Piotr Jankowski-Mihułowicz,

pjanko@prz.edu.pl,

tel. 17-8544708

 

Laboratory of integrated micro- and nanotechnology electronic technologies HYBRID

Design work on the development of electronic systems and systems using standard PCB substrates (including multi-layer), low- and high-fired ceramics (LTCC, HTCC), with the use of inkjet printing and vacuum evaporation techniques.

Mariusz Węglarski,

wmar@prz.edu.pl,

tel. 17-8544708

 

 

Department of Electrodynamics and Electrical Machine Systems (ED)

Ansys / Maxwell computing environment

Design of electric machines with electronic commutation (BLDC, PMSM, SRM).

Mariusz Korkosz

Bartłomiej Pakla

Grzegorz Podskarbi

Piotr Grodzki

mkosz@prz.edu.pl

tel. 17 865 13 89

dSpace prototyping systems and Altium Designer electronic circuit design system

Design and testing of prototype electric vehicle drive control systems.

Piotr Bogusz

Adam Mazurkiewicz

Bartłomiej Pakla

pbogu@prz.edu.pl

tel. 17 865 11 45

Programmable load, power analyzers (WT1600 and 1800) and the DL850 oscilloscope recorder for recording events up to 30 days by Yokogawa.

Testing and consulting in the field of emergency power systems (electrochemical batteries, UPSs).

Piotr Bogusz

pbogu@prz.edu.pl

tel. 17 865 11 45

 

Eddy current dynamometers by Magtrol company with a control system.

Testing of low-speed and high-speed electric drives.

Mariusz Korkosz

Piotr Bogusz

Bartłomiej Pakla

mkosz@prz.edu.pl

tel. 17 865 13 89

Proprietary test stand designed and built as part of the "Electric drive system for small mobile objects" project.

Possibility to test electric drives in the field of motor and regenerative operation in static and dynamic states up to 5kW with the possibility of energy recovery to the battery bank or to the network.

Piotr Bogusz

pbogu@prz.edu.pl

tel. 17 865 11 45

 

Intelligent data collector and signal analyzer VIBSCANNER

 

Shaft alignment tool: OPTALIGN smart RS5

Vibroacoustic diagnostics of electromechanical systems: balancing of rotors, shaft alignment, wear of rolling bearings.

 

Analysis of the supply currents of induction motors to assess the condition of the cage winding.

Jan Mróz

Piotr Bogusz

Mariusz Korkosz

Piotr Grodzki

janmroz@prz.edu.pl

tel. 17 865 13 60

Consulting in the field of modeling of electromechanical energy conversion systems.

Mathematical modeling and simulation studies of electromechanical systems, in particular electrically commutated machines. Research and consulting on the use of Web of Things technology in the process of monitoring the operation of electric machines used in electric vehicle drive systems or renewable energy systems.

Jan Prokop

jprokop@prz.edu.pl

tel. 17 865 13 84

http://jprokop.prz.edu.pl/

 

Simulations of electromagnetic fields in technical systems.

Calculations of low and high frequency electromagnetic fields, estimation of eddy current losses in conductive elements of technical devices.

Stanislaw Pawłowski

tel. 17 965 1305

spawlo@prz.edu.pl

 

Department of Complex Systems (ES)

Advice, analysis and security audits

Analysis of documentation in the field of information security management system, audit planning, conducting an audit and preparing an audit report. Designing a security policy. Selection of solutions ensuring information security in ICT systems (database configuration security audit, operating system configuration security, penetration tests).

Paweł Dymora
dymorap@prz.edu.pl

Mirosław Mazurek
mirekmaz@prz.edu.pl

Dominik Strzałka
strzalka@prz.edu.pl

tel. 17 865 1104
tel. 17 865 1286

 

Consulting, analysis and implementation of training systems based on VR / AR

Analysis of the technological capabilities of the unit for the implementation of selected elements of virtual and augmented reality. In particular, the development of education plans, courses using immersive learning techniques.

Paweł Dymora
dymorap@prz.edu.pl

Mirosław Mazurek
mirekmaz@prz.edu.pl

Bartosz Kowal
b.kowal@prz.edu.pl

tel. 17 865 1106
tel. 17 865 1104

 

Consulting in the field of IoT, big data, data mining, and process mining and process discovery in Industry 4.0

Analysis of the performance and functionality of IoT networks and structures. Designing high-performance database systems, including data mining in data warehouses with the use of ML. Concept development and analysis of business processes (BPMN, process minining, process discovery).

Paweł Dymora
dymorap@prz.edu.pl

Mirosław Mazurek
mirekmaz@prz.edu.pl

tel. 17 865 1104

 

Consulting in the field of design and optimization of complex systems.

The study of flows, efficiency, fit and stability of complex systems using non-equilibrium thermodynamics methods in non-extensive terms.

Franciszek Grabowski
fgrab@prz.edu.pl

tel. 17 865 1104

 

Advice on the design and optimization of computer networks

Analysis of the performance of network devices and the functionality available on them. Designing high-performance converged networks, both wired and wireless. Development and analysis of computer network models. Research on phenomena occurring in computer networks, including in the context of the optimal use of limited resources. Training in the field of design, management and security in computer networks based on open standards as well as selected commercial solutions.

Andrzej Paszkiewicz
andrzejp@prz.edu.pl

Marek Bolanowski
marekb@prz.edu.pl

tel. 17 865 12 99

 

Development of a concept for the development of ICT infrastructure. Expertises, consultancy, analyzes in the field of design and development of enterprise-class IT systems.

Identification and classification of needs. Defining the stages of implementation. Conducting an analysis of available solutions. Analysis of the available project management methodologies. Benefit analysis. Risk analysis.

Andrzej Paszkiewicz
andrzejp@prz.edu.pl

Marek Bolanowski
marekb@prz.edu.pl

Dominik Strzałka
strzalka@prz.edu.pl

tel. 17 865 12 99

 

Analysis of development opportunities in areas with a high level of digital exclusion

Identification of the causes of the current state. Analysis of available solutions. Defining the implementation plan. Analysis of the effects of the introduced changes.

Andrzej Paszkiewicz
andrzejp@prz.edu.pl

Marek Bolanowski
marekb@prz.edu.pl

tel. 17 865 12 99

 

Development of new network protocols

Works in the field of: routing, switching, queuing, overload prevention, etc.

Andrzej Paszkiewicz
andrzejp@prz.edu.pl

Marek Bolanowski
marekb@prz.edu.pl

tel. 17 865 12 99

 

Authorized training in the field of Cisco and Alcatel-Lucent network device management

Depending on the needs, the following can be provided: training in the design, configuration and maintenance of network environments based on Cisco and Alcatel-Lucent network devices. Training includes CCNA and CCNA SECURITY for CISCO devices and ACFE and ACSE for Alcatel-Lucent devices, as well as ALCATEL-LUCENT WLAN devices.

Marek Bolanowski
marekb@prz.edu.pl

Andrzej Paszkiewicz
andrzejp@prz.edu.pl

tel. 17 865 12 99

 

Pre-implementation tests of the PoC type (Proof of concept)

As part of the owned devices and devices provided by the customer, a test environment is built consisting of real network devices on the basis of which research is carried out on specific services that the customer plans to implement. The report prepared on the basis of such evaluation contains conclusions that allow for the assessment of the usefulness of the proposed solution before its purchase and implementation.

Marek Bolanowski
marekb@prz.edu.pl

Andrzej Paszkiewicz
andrzejp@prz.edu.pl

tel. 17 865 12 99

 

Assessment of protocol compatibility of network devices

Testing the compatibility and interoperability of heterogeneous network environments, including: testing the possibility of cooperation of a given device in accordance with network standards, testing its compatibility with other indicated network devices in terms of specific protocols and functionalities, assessing the quality and scope of implementation of a given protocol in the indicated device.

Marek Bolanowski
marekb@prz.edu.pl

Andrzej Paszkiewicz
andrzejp@prz.edu.pl

tel. 17 865 12 99

 

3D and VR modeling

3D modeling - in the field of industrial design (housings for electronics and visualization of medical products), preparation of models for 3D printing and any models based on visual materials (for the entertainment industry).

Bartosz Kowal

Mateusz Salach
b.kowal@prz.edu.pl

Analysis of phenomena with long-term and non-extensive dependencies

Statistical research and modeling on the basis of process graphs and time-space relationships in complex systems. Visualizations of non-extensive processes.

Dominik Strzałka
strzalka@prz.edu.pl

tel. 17 865 1286

Advice on the security of ICT systems

Analysis and detection of actual and potential threats and errors in software, configuration of IT devices, portals and web applications. Assessment of the security level of corporate systems and data based on penetration testing, by identifying threats and their actual impact on the security of the organization's IT resources. Testing employees' susceptibility to social engineering attacks and assessing the effectiveness of the tools and policies used in the field of network, data and application protection.

Mariusz Nycz
mnycz@prz.edu.pl

tel. 17 865 1104

 

Bioinformatics analyzes, bioinformatics software development, planning and implementation of interdisciplinary projects in the field of biotechnology and computer science.

DNA sequence analyzes; genes, metabolic pathways, genomes, cell lines. Bioinformatic analyzes of gene expression and co-expression. Structural bioinformatics - 3D structures of proteins, ncRNA and chromatin. 3D modeling and docking of ligands and ions to proteins and ncRNA. Bioinformatic optimization of enzymes. 3rd generation sequencing (Oxford Nanopore), SV, SNP, GWAS, PPI analyzes. Interdisciplinary projects (biotechnology + genetics + microbiology + information technology + bioinformatics). M2m / IoT / IoE solutions for biotechnological purposes (e.g. wastewater treatment, agriculture, etc.). Personalized medicine.

Michał Piętal
m.pietal@prz.edu.pl

tel. 17 743 2173

 

Data analysis, Data Warehouses, BI, Big Data, Data Science

Formulating goals and systems architecture. Data integration, ETL, missing values (NULL) and their filling (Imputation). Designing scalable BigData analysis systems. Data Warehouses, Business Intelligence. Data integrity, Data Management policies, heterogeneous data sources (open data, data from outside company repositories). Learning algorithms, classifiers built on the basis of data. Artificial intelligence and machine learning.

Michał Piętal
m.pietal@prz.edu.pl

tel. 17 743 2173

 

Designing systems, solutions, innovative projects, with particular emphasis on technology industries.

Advising on cooperation between universities and industry. IP strategies (intellectual property rights). Feasibility studies, valuation of intangible assets (IP), with particular emphasis on software and / or databases. Advising on models of cooperation with universities and state administration units. Finance opportunities for technologies and innovations (strategies, consulting), adapted to the life cycle of the organization. Business clusters (including: technology) - consulting, creating, obtaining financing. Sharing know-how, open innovations within MSME and corporations, including international ones.

Michał Piętal
m.pietal@prz.edu.pl

Dominik Strzałka
strzalka@prz.edu.pl

tel. 17 743 2173
tel. 17 865 1286