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The Rector's Award was presented at the ceremonial academic assembly of the Brno University of Technology: Our faculty celebrates extraordinary success

On Thursday, September 18, the Ceremonial Academic Assembly of BUT was held in the Rector's Hall – one day before the 126th anniversary of the founding of our university. The meeting was attended by members of the academic community, university staff, representatives of university organizations, and invited guests. VUT Rector Ladislav Janíček evaluated the past academic year and focused in particular on the concept of excellence: "I am convinced that excellence must be sought above all in our people, both employees and students. They are the essence and source of excellence at universities, because it is our people who achieve excellent results, and their talent and abilities are what fill the concept of university excellence with concrete content and determine its level of competitiveness."

Ladislav Janíček, Rector of Brno University of Technology, during his summary speech | Author: Václav Koníček

The rector then presented awards to prominent figures who have contributed to the development of the University of Technology. And it is in the field of awards that the Faculty of Information Technology has achieved extraordinary success this year. Three Rector's Awards for outstanding scientific and artistic achievements went to our researchers, which, together with the Central European Institute of Technology (CEITEC), is the best result within the university.

The award for Outstanding Conference Contribution with a Significant Impact on the Community was received by the co-authors of the article "Decentralized Planning Using Probabilistic Hyperproperties. 24th International Conference on Autonomous Agents and Multiagent Systems (AAMAS'25)" Associate Professor Milan Češka, Filip Macák, and Roman Andriushchenko. This contribution was awarded the Best Student Paper prize at the AAMAS 2025 conference on autonomous agents and multiagent systems. You can find out more about the article and the background to its creation in our earlier article.

The award for outstanding conference contribution was presented to (from left) Roman Andriushchenko, Milan Češka, and Filip Macák. | Author: Václav Koníček

The award for Result with Exceptional Media Coverage went to Professor Jiří Jaroš, who led a research team that, in collaboration with University College London (UCL), contributed to the development of a groundbreaking diagnostic technology: an optical 3D photoacoustic scanner. This technology opens up new possibilities in the non-invasive diagnosis of vascular diseases, inflammatory skin conditions, and rheumatoid arthritis. More information on Professor Jaroš's work can be found here.

Jiří Jaroš receives the award from the rector of Brno University of Technology | Author: Václav Koníček

The third success, Award for significant results not covered by other awards, went to the team consisting of Vladimír Veselý, Daniel Dolejška, and Matěj Grégr for their project BAZAR: Building a community around the issue of cashless dark markets. The project, which focused on obtaining non-trivial information about the operation of dark markets and sharing this information among leading experts within Czech and European security forces, received the Minister of the Interior's Award for exceptional results in the field of security research, experimental development, and innovation at the end of last year.

Awards for significant achievements not covered by other awards were presented to (from left) Vladimír Veselý, Matěj Grégr, and Daniel Dolejška. | Author: Václav Koníček



The Rector of BUT also awarded seven gold, ten silver, and seven commemorative medals. Silver medals were awarded to the following members of the Faculty of Information Technology: Associate Professor Dušan Kolář for outstanding achievements in the fields of education, research, development, and innovation, and Associate Professor Kamil Malinka for the Security@FIT research team for outstanding achievements that contributed to the promotion of BUT in the fields of research, development, and innovation. The BUT commemorative medal for many years of professional, dedicated work in technical and organizational support at FIT BUT was presented by the rector to Mr. Zdeněk Juříček.

At the academic community meeting, the Rector's Awards were also presented to BUT students and graduates. Anton Firc received the award for outstanding results in scientific training in the form of doctoral studies; Adam Valík received the award for outstanding results during his bachelor's studies, and David Mihola received the award for outstanding results during his master's studies. Finally, Miroslav Šafář received the Award for a BUT graduate for outstanding results in master's studies.

Anton Firc among the award winners, second from the right next to Rector Ladislav Janíček | Author: Václav Koníček

We congratulate all the award winners and thank them for representing our faculty!

More information about the ceremony and the award winners can be found in an article on the BUT website by Petr Kubíček.

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Runtime Verification: FIT BUT researchers organized a workshop at TU Graz

Last week, our researchers involved in the VASSAL project (funded by the EU Twinning program) had the opportunity to visit TU Graz and organize an introductory workshop with a dedicated forum as part of the Runtime Verification 2025 conference. The forum brought together researchers from the project and the wider runtime verification community. The workshop program included invited talks by leading experts, presentations by researchers from FIT, and selected contributions from the runtime verification community. Filip Macák, Milan Češka, David Chocholatý, and Tomáš Dacík presented their contributions on behalf of BUT; Roderik Valko introduced the VASSAL project.

Dr. Dejan Nicković (Austrian Institute of Technology) was invited to the workshop program. He is a leading expert in the field of runtime verification and cyber-physical systems, and his research focuses on time property monitoring, contract-based design, and real-time systems. Another guest was Wolfgang Ahrendt, professor at Chalmers University of Technology in Gothenburg. His scientific contribution lies in deductive software verification, runtime verification, and combinations of static verification with runtime verification and testing.

Participation in the workshop itself demonstrates the scientific excellence of our colleagues, and the event also promoted a valuable exchange of experiences with the international community. The main organizer of the workshop, Milan Češka, gave a positive assessment of the event: "The atmosphere of the workshop was relaxed and friendly, but at the same time professionally at the highest level. As part of the VASSAL project, we are very pleased to have been able to be part of RV Graz 2025 and organize our own forum. During the workshop, we had the opportunity to hear inspiring contributions from our doctoral students and colleagues from TU Wien and CEA. I most appreciate that the program was designed to create space for open discussion and the search for new opportunities for collaboration." Discussions during the forum highlighted the importance of linking theoretical progress with practical challenges in the field of verification. For the VASSAL project itself, the event was a milestone in strengthening ties between institutions and demonstrated the project's role in shaping the future of reliable and verifiable systems.

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This year's Zdena Rábová Award goes to Sára Jobranová and Ondřej Sedláček

This year, during the matriculation ceremony (September 12), the traditional Zdena Rábová Award was presented, which recognizes outstanding students from our faculty for their active involvement in science and research and for enhancing the overall prestige of FIT. This year's award goes to Sára Jobranová and Ondřej Sedláček.

Bc. Sára Jobranová has been involved in the simulation and analysis of quantum circuits in the VeriFIT group since her second year of bachelor's studies. She also wrote her bachelor's thesis on this topic, the results of which were published at the prestigious (CORE A) international conference ICCAD'24 in New Jersey, where she also presented them. The MEDUSA quantum circuit simulator she developed for a class of circuits using amplitude amplification significantly outperforms other existing techniques and is the fastest in the world. In addition, Sára actively participated in two editions of the EXCEL@FIT conference, where her contribution won three awards in 2023 (the expert public award, the expert panel award, and the industry partner award). In 2024, she represented FIT in the 8 z VUT competition, where she won. In 2024, she also represented FIT at a summer internship at Academia Sinica in Taiwan and participated in the Munich Quantum Software Forum international conference. She is currently continuing to develop techniques for the effective analysis of quantum circuits in collaboration with colleagues in Taiwan and Japan, with publication expected in 2026. It is no surprise that Sára has achieved excellent academic results throughout her studies, both at the bachelor's and master's levels.
"Of course, I greatly appreciate such achievements; it is definitely very motivating in the sense that what I do is probably useful and I probably do it quite well. At the same time, however, the most important thing for me is that I am working on something that makes sense to me and that I find interesting, and that is something that no award can give me if I didn't feel that way from the beginning. Once you find such a job and stick with it, in the worst case scenario, you will be satisfied with yourself. And in the best case scenario, others will notice it too," says Sára Jobranová, looking back on the award and her entire academic and research career to date.

Ing. Ondřej Sedláček is a talented young researcher. During his studies, he collaborates with the CESNET association on research and development in the field of cyber security. In this domain, he first researched the issue of automatic device type recognition based on network communication, on which he wrote and presented an article at the Excel@FIT faculty conference (awarded by the expert committee) and, in particular, an article at the NOMS2024 international conference (O. Sedláček and V. Bartoš, "Fusing Heterogeneous Data for Network Asset Classification – A Two-layer Approach"). In the last year, he has focused on the topic of anomaly detection in system logs. He wrote an exceptionally high-quality thesis on this topic, which evaluated existing approaches in detail using a newly created (and published) framework. Based on the results of this work, an article was written and submitted to the CNSM 2025 conference (currently under review), and other articles are in preparation. The outputs of the student's previous work have significant practical implications, as they are integrated into systems used in practice by security teams to detect and resolve cyber incidents. The current topic of anomaly detection is also expected to have practical applications through integration into a commercial product of a company involved as a partner in the research project in which the student is involved.
"In my opinion, perseverance is key to success, combined with enthusiasm for IT and what you do in it. Like most people, I came to FIT without a specific idea of what I would end up doing in IT. At the beginning of my bachelor's degree, however, I had the opportunity to work with the ANT@FIT group, and when choosing a more specific topic, I was tempted to try applied machine learning. The opportunity to focus on cybersecurity appealed to me the most," Sedláček recalls the beginnings of his research focus.

We congratulate both award winners and thank them for their excellent representation of the Faculty of Information Technology.

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Booster Challenge 2025: Student competition announces its winners

The summer student project competition was held for the sixth time this year. The event originated at FIT VUT, but gradually gained the support of other VUT faculties and is now being held for the second year under the auspices of VUT contriBUTe. BoosterChallenge gives students a unique opportunity to bring their ideas closer to realization and practical application.

This year's student project competition selected 19 student projects covering a wide range of topics. To name just a few: an indoor drone, a system for bicycles that automatically regulates tire pressure, a modern fitness app, an interactive map of fishing grounds... Last week, 13 successful projects were announced, and their creators received financial rewards.

BoosterChallenge 2025 | Author: Václav Koníček

The evaluation committee, which was composed of representatives of BUT and the JIC innovation agency, evaluated the projects primarily from the perspective of innovation, quality of technical and technological solutions, commercial potential, and social benefits.

FIT students were very successful in the competition again this year, with four teams composed exclusively of students from our faculty. Projects with a significant or exclusive contribution from our students included:

cyrcID is a software platform designed to support the implementation of a digital product passport that provides information about the manufacturing process, materials used, and environmental impact. It focuses primarily on small and medium-sized enterprises in the fashion industry. The team included students from various Brno universities: Šimon Pekař (Faculty of Business and Management, Brno University of Technology), Tobiáš Frajka and Adam Pastierik (Faculty of Information Technology, Brno University of Technology), Adéla Kočičková (Faculty of Fine Arts, Brno University of Technology), and Jakub Jamný (Masaryk University). The technical solution is almost complete and ready for testing in a real environment. The project consultant was Ing. Jiří Hynek, Ph.D.

The cyrcID project also received an award. | Author: Václav Koníček



Dominik Honza created a fully functional application called RUFFE – Revíry, which is based on a modern technological structure, is sustainable in the long term, and is actively used by the fishing community, which regularly provides feedback. The application has already been downloaded more than a thousand times. The project consultant was Ing. Jan Pluskal, Ph.D.

Dominik Honza (FIT VUT) created a fully functional application for fishermen called RUFFE – Revíry | Author: Václav Koníček


Adriana Buchmei's Poseify project has moved into the functional application phase with an implemented machine learning model for recognizing yoga poses. The author is building on her earlier work, with development proceeding in a systematic and user-oriented manner. The application is available in a test version on Google Play, and although it is still an early MVP, it shows considerable potential. The consultant was Prof. Ing. Adam Herout, Ph.D.

The Poseify project has moved to a functional application with an implemented machine learning model for recognizing yoga poses. | Author: Václav Koníček



The SOFOS project addresses minor but, in practice, fundamental problems associated with service in catering establishments. It combines elements familiar from major players such as Wolt and Foodora, expanding them with features tailored specifically for restaurants, which may be exactly what businesses need. Students Jan Lindovský and Marcel Mravec have created a technically sophisticated and functional prototype. The consultant was Ing. Martin Hrubý, Ph.D.

SOFOS solves problems associated with service in catering establishments | Author: Václav Koníček



Alex Marinica's VitalMap project is specific in the scope of work that one student completed during the summer. Moreover, it operates in the difficult field of biomedical engineering. The goal is ambitious: it should be a mobile application for eye diagnostics using pupillary response (changes in the size of the pupil, most often reflex constriction when exposed to light or dilation when there is a lack of light). Measuring the pupillary reflex helps to detect the danger of mild concussion in time, when the patient is at risk of serious brain injury if a similar injury recurs. In terms of content, this is an extensive task that is in its initial phase.

Alex Marinica and the VitalMap project | Author: Václav Koníček

"Opening the competition to all BUT faculties and institutes has connected students not only across BUT, but also between Brno universities, and has provided students with valuable feedback from experts in various fields at BUT," says Vítězslav Beran from FIT BUT, guarantor and coordinator of the competition, who positively evaluates the expansion of the program across the entire university.

Víťa Beran from FIT BUT, guarantor and coordinator of the competition. | Author: Václav Koníček

We congratulate all the winners and thank them for the energy they put into their projects.

We would also like to thank the experts from FIT who supported the faculty teams and/or participated in the review process or the activities of the program committee.

More information about the award-winning projects can be found here.

The original report published on the VUT website can be found here.

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Research from FIT focusing on the verification of quantum computations was selected among the most interesting works in the field of computer science

An article entitled An Automata-Based Framework for Verification and Bug Hunting in Quantum Circuits, to which Ondřej Lengál from the VeriFIT group made a significant contribution, was selected as a research highlight for the journal Communications of the ACM. The research highlights section usually selects several of the most interesting results from tens of thousands of articles submitted annually to ACM conferences across all areas of computer science. This is the first time that an article with a Czech affiliation has received this privilege.

The cited article introduces a new approach to the automatic verification of quantum computations using automata theory, thus creating a bridge between these two research areas (quantum computing and automata). Automata are used here for the compact representation of complex sets of quantum states. Follow-up work introduces variants of these automata that allow the representation of sets of quantum states with several dimensions of infinity (such as the number of qubits or potential amplitude values) and the verification of parametric quantum programs (e.g., that the algorithm works correctly for any number of qubits).

The article was written in collaboration with researchers from Academia Sinica in Taiwan (Republic of China), with whom the VeriFIT group has been actively collaborating for more than 15 years. More information on Ondřej Lengál's research and the challenges associated with quantum computing can be found here.

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