Adam Ziębiński received the DSc, PhD, MSc degrees in computer science respectively in 2019, 2002 and 1996 from the Silesian University of Technology. He has been working in Department of Distributed Systems and Informatic Devices at Faculty of Automatics, Electronics and Computer Science of the Silesian University of Technology, Poland since 1996. His research interests include: Computer Architecture, Cyber-Physical Systems, Embedded System, Hardware Description Language, Programmable Logic Devices, Programmable Logic Controllers, data fusion and predictive maintenance. He has the experience in both academic and industrial research. He participated in research projects at the EU, Polish-Norwegian Research Programme and national level. He is author or co-author of several dozen scientific publications, three books and 3 patents. He is a supervisor of academic student association ”INDUSTRUM” since 2011.

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• MDPI Spiecial Issue - Automated Guided Vehicle Integrated with Collaborative Robot,

• "Automated Guided Vehicles integrated with Collaborative Robots for Smart Industry Perspective",
  acronym: CoBotAGV, registration number: NOR/POLNOR/CoBotAGV/0027/2019–00 obtained funding as part of the framework POLNOR 2019 Polish-Norwegian research projects financed under EEA and Norway Grants for the years 2014-2021.
• "Automotive Production Engineering Unified Perspective based on Data Mining Methods and Virtual Factory Model"
  Project acronym: AutoUniMo, Grant agreement no.: 612207, FP7-PEOPLE-2013-IAPP
• "Automated Assessment of Joint Synovitis Activity from Medical Ultrasound and Power Doppler Examinations usingImage Processing and Machine Learning Methods",
  Pol-Nor/204256/16/2013
• Geology and Information Technology, The PNRF 164-AII-1/07 project concerning Workshop/Seminar within Polish-Norwegian Research Fund, Ośrodek Przetważania Informacji Norway Grants, 2008-2009, http://www.fbn.opi.org.pl/
• Promoter Grant nb. 8 T11C 021 15 "Analysis of the feasibility of implementing block-based cryptographic algorithms based on hardware solutions such as programmable arrays" (Grant promotorski, nr rej. 8 T11C 021 15, pt. "Analiza możliwości realizowania blokowych algorytmów kryptograficznych w oparciu o rozwiązania sprzętowe typu matryce programowalne"), 1998-2000.

• PL434116 z dn 29-05-2020; Calibration of the steering axle control system of an autonomous wheeled vehicle (Sposób kalibracji układu sterowania osią skrętną autonomicznego pojazdu kołowego).
• PL232897 z dn. 13.09.2017, Method and system for identifying electronic ADAS subsystems (Sposób i układ do identyfikacji elektronicznych podsystemów ADAS).
• PL225021 z dn. 05.09.2016; Method and system for generating a dedicated PLC using hardware description language for a reprogrammable system (Układ do generowania specjalizowanego multisterownika PLC w języku opisu sprzętu dla układu reprogramowalnego)
• PL225022 z dn. 05.09.2016, Method and system for distribution of PLC tasks between the PLC central unit and the dedicated PLC coprocessor based on a reprogrammable system (Układ do podziału zadań realizowanych przez sterownik PLC pomiędzy jednostkę centralną PLC i specjalizowany koprocesor sterownika PLC zrealizowany na bazie układu reprogramowalnego).

• Budowa Komputerów
• Computers Construction
• Systemy wbudowane w autonomicznych platformach mobilnych
• Budowa Platform Autonomicznych (Construction of autonomous platforms)
• Systemy Wspomagające Sterowanie Pojazdem (Systems supporting vehicle control)
• Języki opisu sprzętu (Hardware Description Language)
• Komputerowe wspomaganie projektowania układów elektronicznych (Computer aided design of electronic circuits)
• Bezpieczeństwo Systemów Komputerowych (Computer System Security)
• Budowa Komputerów i Urządzeń Zewnętrznych (Computers & Peripheral Construction)