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About us

Project team

Daniel Pilecki-Silva

Embedded systems engineer with over 10 years of experience in hardware and software development for industrial customers.

He has experience in real-time system implementations running in a networked environment. He implemented TCP/IP protocol for IoT systems, electronic circuits (Xilinx CPLD) and prototype PCBs and communication based on RS232, RS485, MODBUS, CAN, IBIS, I2C, I2S, OneWire protocols. Author of publications related to the R&D project in “Radioelectronic” and “Practical Electronics” magazines. He is currently working on the development of low-cost IoT devices cooperating with cloud infrastructure (SensorToCloud). He programs in C for real-time platforms (FreeRTOS, Micrium uC/OS-II) and for ARM Cortex, PIC32, MSP430, AVR, MIPS architectures.

In this project he is responsible for integration of receiver and transmitter side electronics, development of communication system with control and measurement systems, development of electronic circuit software and test bench measurements.

Mateusz Mazur

Graduate of the Faculty of Electronics, Telecommunications and Informatics at the Gdansk University of Technology, Ph.D. at the Industrial Telecommunications Institute. Expert in microwave and radar systems, author of many scientific publications and patents in this field.

He is responsible for the development of the sensor actuators mounted on the test object and for the design of the transmit/receive antennas and cooperating radar systems.

Selected scientific publications
  1. Mazur, M; Kurcaba, I. “Cylindrical horn antenna array with uprised beam in elevation” Microwave, Radar and Wireless Communications (MIKON), 2016  21st International Conference on DOI: 10.1109/MIKON.2016.7492084, IEEE conference publications.
  2. Mazur, M. ; Marynowski, W. ; Kusiek, A. ; Zieniutycz, W. “Extraction of antenna pattern from near field antenna measurements distorted by undesired emission.” Microwaves, Radar, and Wireless Communication (MIKON), 2014 20th International Conference on DOI: 10.1109/MIKON.2014.6899883 , IEEE conference publications.
  3. Mazur, M. ; Marynowski, W. ; Kusiek, A. ; Zieniutycz, W. “Effect of time varying measurement conditions on antenna pattern in near field measurement and its correction procedure”, Microwaves, Radar, and Wireless Communication (MIKON), 2014 20th International Conference on  DOI: 10.1109/MIKON.2014.6899882, IEEE conference publications.
  4. M. Mazur, W. Zieniutycz, A. Kusiek, and W.Marynowski, “The Probes Dedicated for Multiband or Wideband Antennas Patterns Measurements in Near Field” PIERS 2013 Taipei, Tajwan
  5. M. Mazur, W. Zieniutycz, A. Kusiek, W. Marynowski Near Field Antenna Measurement System for Radar Antenna Investigation  Progress In Electromagnetics Research Symposium , PIERS 2013 in Stockholm, Sweden, 12-15 August, 2013
  6. Co-Author of chapter in book „ Anteny o sterowanej wiązce w technice radarowej” (eng. Antennas with controlled beam in radar technology)  ISBN: 978-83-206-1844-0 wydanie 1/2012
  7. Jerzy Julian Michalski, Jacek Gulgowski, Tomasz Kacmajor, Mateusz Mazur    chapter 2. Artificial Neural Network in Microwave Cavity Filter Tuning at “Microwave and Millimeter Wave Circuits and Systems: Emerging Design, Technologies, and Applications”  2013 John Wiley & Sons, Ltd
  8. A. Kusiek, W. Marynowski, M. Mazur „Phase Retrieval Algorithm Combining Iterative and Optimization Technique for Near Field Antenna Measurements” PIERS 2012 in Moscow, Russia, August 19-23, 2012
  9. T. Nowak, A. Nalewaja, J. Pędziwiatr, M. Mazur, M. Sankowski „CAPABILITIES OF A BISTATIC RECEIVERS’ NETWORK USING HYPERBOLIC POSITIONING METHOD”, MRW, MIKON 2012 21-26 May 2012, Warsaw, POLAND
  10. M. Mazur, J. J. Michalski “THE ISOLATOR TUNING USING SEQUENTIAL METHOD WITH APPLIED ARTIFICIAL NEURAL NETWORK”, MRW, MIKON 2012 21-26 May 2012, Warsaw, POLAND

Łukasz Maciejewski

R&D project manager with extensive experience in research projects and commercialization of their results. For 6 years he worked as a senior designer in the R&D department of a world recognisable power generation equipment manufacturer at locations in Poland and Switzerland. He was responsible for numerical calculations of turbogenerator components in the field of mechanics, including fatigue, fracture mechanics and dynamics.

Co-author of patent (application no: EP 09461518.4 – Pole-to-pole connection of an electric generator and method of manufacture) 2011, the patented technical solution eliminates the occurrence of failures associated with low-cycle fatigue of pole connections in the rotor winding of a turbine generator.

Since 2012 founder and co-owner of Nobo Solutions S.A. He is responsible for technical consultancy based on numerical and empirical methods and leading R&D projects

Selected scientific publications
  1. GOSOWSKI Bronisław, REDECKI Michał, MACIEJEWSKI Łukasz: Badania zmęczeniowe elastycznego połączenia stosowanego w energetyce w ciężkich maszynach wirujących; Materiały Budowlane nr 5/2014, s.71, ISSN 0137-2971.
  2. MACIEJEWSKI Łukasz, MYSZKA Wojciech, ZIĘTEK Grażyna: Application of differential evolution algorithm for identification of experimental data. Zastosowanie algorytmu ewolucji różnicowej do identyfikacji danych eksperymentalnych. Archives of Mechanical Eng. 2007. 
  3. MACIEJEWSKI Łukasz, MYSZKA Wojciech, ZIĘTEK Grażyna: Identification and simulation of elastic-plastic deformation model. Identyfikacja i symulacja modelu odkształceń sprężysto-plastycznych. Mater. Sc. Forum 2005 vol. 482 s. 315-318, 1 rys. bibliogr. 3 poz. 
  4. MACIEJEWSKI Łukasz: System of remote access to the dynamics laboratory resources over the Internet. System zdalnego dostępu do laboratorium dynamiki poprzez internet. Systems 2001 vol. 6 nr 1/2 s. 185-190, 4 rys. bibliogr. 8 poz. 

Founders & Shareholders

Tomasz Czapliński

Specialist in numerical analysis in engineering applications, with particular emphasis on composite material modeling and rotating machine modeling, and specialist in stress evaluation of welded structures subjected to alternating loads.

He has many years of experience as a designer and leading designer within the R&D department of a large international energy company, where he led development projects for new turbine-generator designs. In his career he was also responsible for simulation studies and material modelling of high pressure composite vessels for the STORHy and COPERNIC projects funded by the European Commission.

Currently he is responsible for the implementation, substantive supervision and coordination of work on simulation studies. He participates in current and R&D projects for the company’s clients, including multinationals and the European Space Agency.

Selected scientific publications
  1. CZAPLIŃSKI Maciej, FRĄTCZAK Roman, CZAPLIŃSKI Tomasz, MACIEJEWSKI Łukasz: Możliwości implementacji metod numerycznych w analizie przepływu materiałów sypkich oraz urobku skalnego; Zeszyty Naukowe Dolnośląskiej Wyższej Szkoły Przedsiębiorczości i Techniki w Polkowicach s.9, 2016, ISSN 2299-3355.
  2. CZAPLIŃSKI Tomasz, SZYSZKA Marcin: Modelling of Composite Steel-Concrete Beams, Code_Aster and Salome User Day Clamart (EDF, France) 2016. 
  3. CZAPLIŃSKI Tomasz, MACIEJEWSKI Łukasz, ZIĘTEK Grażyna: Modelling of High Pressure Composite Vessels, 10th International Conference on Composite Science and Technology, Lisbon (Portugal), 2-4.09.2015. 
  4. CZAPLIŃSKI Tomasz, KALETA Jerzy, MACIEJEWSKI Łukasz: Numerical Analysis, rozdział w ksiażce Textile Reinforced Carbon Fibre Aluminium Matrix Composites for Lightweight Application, Foundry Research Institute, Kraków 2014, p. 210-226, ISBN 978-83-88770-97-5 
  5. BOCIAN Mirosław, CZAPLIŃSKI Tomasz, DWOJAK Jan, MACIEJEWSKI Łukasz, PRZYGODA Aleksander: Analiza drgań układu wody cyrkulacyjnej w kotle bp- 1150 w Elektrowni Opole. W: Jubileuszowa Konferencja Kotłowa 2009 z okazji 60-lecia Fabryki Kotłów RAFAKO SA w Raciborzu nt.: Aktualne Problemy Budowy i Eksploatacji Kotłów 13- 15 października 2009 r.
  6. CZAPLIŃSKI Tomasz, KALETA Jerzy, PRZYGODA Aleksander: Symulacja “efektu przeskoku” w węglowych płytach laminatowych. Przegląd Mechaniczny. 2008, R. 67, nr 5, s. 35-38, 9 rys., bibliogr. 3 poz.

Łukasz Maciejewski

Aleksander Przygoda

Since 2006, he has worked in the engineering department of RAFAKO, developing construction of power boilers, responsible for simulation and experimental tests and diagnostics. He was awarded for outstanding professional achievements in the category of Development of Technology and Design for the development and first implementation of an innovative control and measurement system for monitoring of boiler construction during its overhaul and operation, based on fibre optic sensors (joint patent application with Wrocław University of Technology, in 2011 awarded as one of the 20 most innovative products for RAFAKO SA by institutes of PAN and MSN).

At Nobo Solutions he is responsible for carrying out current construction and research and development projects. He manages the company’s design office located in Raciborz.

Selected scientific publications
  1. OKRAJNI Jerzy, TWARDAWA Mariusz, PRZYGODA Aleksander, MUTWIL K., PIETRZYK M.: Diagnozowanie stanu naprężenia w grubościennych elementach rurociągów energetycznych; Energetyka Zeszyt tematyczny nr XXIV, Listopad 2012, ISSN 0013-7294. 
  2. GĄSIOR Paweł, KALETA Jerzy, PRZYGODA Aleksander: Application of modern SHM methods in electric power industry, 6th European Workshop on Structural Health Monitoring, Dresden (Germany) 3-6.07.2012. 
  3. GĄSIOR Paweł, KALETA Jerzy, PRZYGODA Aleksander, TWARDAWA Mariusz: Analiza odkształceń rurociągów kompozytowych z wykorzystaniem czujników światłowodowych. Energetyka. 2011, z. temat. nr 22 s. 10-12, 7 rys., bibliogr. 3 poz., Summ. 
  4. GĄSIOR Paweł, PRZYGODA Aleksander, TWARDAWA Mariusz: Monitorowanie rurociągów rozłożonymi czujnikami światłowodowymi. Energetyka. 2010, z. temat. nr 21, s. 55-58, 5 rys., bibliogr. 11 poz., Summ. Tytuł nr spec.: Projektowanie, innowacje remontowe i modernizacje w energetyce. 
  5. PRZYGODA Aleksander: Wykorzystanie nowoczesnych metod pomiarowych w modernizacjach kotłów. W: VIII Konferencja Naukowo- Techniczna Modernizacja Kotłów i Urządzeń Pomocniczych, 3– 4 marca 2011 r. 
  6. GĄSIOR Paweł, KALETA Jerzy, PRZYGODA Aleksander: Structural health monitoring system for a power boiler. W: Health Monitoring of Structural and Biological Systems 2010, 8- 11 March, San Diego, California, United States/ Tribikram Kundu (ed.). Bellingham, Wash.: SPIE, cop. 2010. s. 765013-1- 765013- 11, 13 rys., bibliogr. 4 poz.
  7. PRZYGODA Aleksander, CIESZYŃSKI Krzysztof, SUTOWICZ Adam: Numeryczna weryfikacja stanu cieplno- mechanicznego wybranych elementów ciśnieniowych kotłów energetycznych, XI Międzynarodowa Konferencja Naukowa COMPUTER AIDED ENGINEERING (Komputerowe Wspomaganie Prac Inżynierskich) 2012. 

Microsensor’s shareholder is also an investment fund ASI IGS Investment Sp. z o.o. s.k.