Jaruga Dariusz
Dariusz Jaruga, PhD, Eng. – Doctor of Social Sciences in the field of social communication and media studies (2019); A graduate of the Faculty of Mechatronics at the Warsaw University of Technology. Since 2022, research and didactic employee at the Faculty of Political Science and International Studies at the University of Warsaw. Research and didactic employee at the Faculty of Journalism, Information and Book Studies at the University of Warsaw (2015-2021); Didactic associate at the Faculty of Journalism and Political Science (2002 – 2015). Plenipotentiary of the Dean of the Faculty of Journalism, Information and Book Studies for personal data protection (in 2016 – 2021). Co-founder of the Big Data Management studies at the University of Warsaw. He participated in two projects of National Centre for Research and Development in the field of R&D and technological trends. Currently a team member in the project: “Identification, Collection and Assessment of Hostile Disinformation Operations in Cyberspace Based on ICT Tools (IKONA)”. He also gained professional experience at the Polish Press Agency and the Warsaw School of Economics.
Research interests
Refining information, developing research applications to collect data for refining, processing Big Data as a valuable source of secondary information, operating systems, Network Services, relational and non-relational databases, new media, software development, IT security.
Unit
Department of Information Technology
Recent publications:
Jaruga D., Komunikacja sieciowa. Źródła informacji Big Data, ISBN: 978-83-65741-75-2, Warszawa 2021.
Cetera W., Gogołek W., Żołnierski A., Jaruga D. (2022), Potential for the use of large unstructured data resources by public innovation support institutions, „Journal of Big Data” Vol. 9, Issue 1, p. 1-21.
Żołnierski A., Cetera W., Jaruga D., Grzegorek J., Sowula G. (2022), Graphene and its Applications. Study on The Development Trends in Research and on the Implementation Potential using Big Data and Information Refining Methods, „Journal of Nanotechnology Research” Vol. 4, Issue 3, p. 117-124.
