Andrei Chodera-Isakau is a Lecturer at the Faculty of Media Arts, Academy of Fine Arts in Warsaw. He specializes in 3D graphics, virtual reality, and computer game development, teaching courses on Unreal Engine 5 and digital modeling. Education: Graduate of AK Glebov Belarusian Art School Academy of Fine Arts in Warsaw Scholarship study at Nicolaus Copernicus University in Toruń Research Interests: Focuses on computer games as contemporary art, digital environments, and simulation technologies. Founded the Animagica research group exploring gaming engines and virtual production. His work integrates microorganism behavior studies (e.g., Tardigrada simulation at Arsenal Gallery) with artistic expression. Projects & Exhibitions: Developed games like Origami and Bastardo , and the educational game That's Not Cool for Games For Impact. Member of INEXSISTENS artistic collective. Awards: Scholarship for East European Studies Technical Expertise: Proficient in Unreal Engine 5, VR development, and simulation modeling. Active in Virtual Production methodologies.
Waldemar Drążyk is a Lecturer at the Department of Graphic Design and Flat Printing within the Faculty of Arts at Maria Curie-Skłodowska University (UMCS). Since 2002, he has taught courses in informatics, information technology, digital image processing, and web design. Education: Technical Education graduate from UMCS (1988), Postgraduate Informatics Studies at Lublin University of Technology (1993) Research Areas: Focus on computer science applications in art education, digital media, and pedagogical methods He organizes student exchanges for Ukrainian institutions and has experience as a primary/secondary school teacher in technical disciplines. Offices hours: Tuesdays 19:30-20:30, Wednesdays 17:30-18:30.
Dr. Emilia Cieśla-Jarzębowska is an Assistant Professor at the Faculty of Interior Design and Scenography, University of the Arts Poznań (UAP). She has been employed at her alma mater since 2011, specializing in exhibition interior design, furniture design, and 2D/3D computer graphics. Her academic work focuses on transformative performance spaces, particularly in her 2018 doctoral thesis "Transformation of Space in the Aspect of Performance Interiors." She teaches both full-time (Exhibition Interior Design Studio) and part-time (Basics of Furniture Design) programs. Education : Graduate of State Secondary School of Fine Arts in Gorzów Wielkopolski (2005, specialization: exhibition design) Master's degree in Interior Design from Academy of Fine Arts in Poznań (2011, under Prof. Jolanta Usarewicz-Owsian) Her research explores spatial transformation in performance interiors, integrating architectural theory with practical design applications. She specializes in acoustic spaces, residential interiors, and visual identification systems, combining traditional design with digital technologies. Scientific achievements include a 2018 doctoral thesis, 3rd Prize in the "Rhythm of Light" competition, and international exhibition participations in Greece and Poland. She has published in industry journals like High Fidelity and Dobre Wnętrze , focusing on audio-visual design and commercial spaces. Projects : Witold Lutosławski State Primary Music School interior design Warsaw Second Cup café Gorzów Wielkopolski dental office Green Pub in Kostrzyn Private home in Siekierki Wielkie
Dr. Tomasz Jurek is an Assistant Professor at the Faculty of Graphic Arts and Visual Communication, University of the Arts Poznań. He holds a PhD in Art and currently runs the 5th Graphic Arts Studio specializing in Bookbinding and Book Art. His academic roles include Vice-Dean of the Faculty of Graphic Arts since 2024 and Rector's Plenipotentiary for Education Quality for the 2024–2028 term. Active in both creative practice and education, Jurek bridges traditional craftsmanship with contemporary artistic research. Education: Poznań Academy of Fine Arts (2008), Academy of Fine Arts and Design in Bratislava (CEEPUS exchange) His research focuses on Visual Arts and Art Conservation , particularly in bookbinding and printmaking. His artistic projects like Binding Zone (2021) and LUKA! (2019) demonstrate interdisciplinary approaches combining traditional techniques with modern visual communication. Recent awards include a Highly Commendable Award for Foil Tooling at OPEN•SET 2025. Professional affiliations include membership in Group 404, the Association of Polish Bookbinders, and Designer Bookbinders. His work spans both physical book art (e.g., The First Men in the Moon binding) and digital installations, reflecting a hybrid practice that informs his teaching and administrative leadership in education quality initiatives.
Prof. Kazimierz Raba, Ph.D., is a faculty member at the University of the Arts Poznań within the Faculty of Sculpture and Spatial Actions . He is actively engaged in artistic research and education, particularly in sculpture, spatial activities, and art therapy. Collaborates with institutions like the Archaeological Museum in Poznań, Genius Loci Ostrów Tumski, and the Institute of Wood Technology. Teaches workshops in sculpture and art therapy, including at the University of Arts in Poznań and Poznań University of Medical Sciences. His research focuses on the intersection of traditional sculpture with modern technologies such as CNC and computer graphics. Scientific awards include the Gloria Artis Bronze Medal for Merit to Culture and the National Education Commission Medal . He has mentored over a dozen graduating classes and supervised numerous academic dissertations. Prof. Raba also engages in external activities like creating figurative works, rock carvings, and artistic objects through collaborations with cultural institutions.
Dr. Andrzej Żołnierek is a researcher at the Department of Systems and Computer Networks within the Faculty of Information and Communication Technology at Wrocław University of Science and Technology. His office address is Janiszewskiego 11/17, 50-372 Wrocław (Building C-3, Room 111). He maintains regular office hours across odd/even weeks for student consultations. Academic affiliation: Faculty of Information and Communication Technology Research focus: Hybrid AI systems, medical diagnostics, and Polish language processing Contact: andrzej.zolnierek@pwr.edu.pl | +48 71 320 2972 Dr. Żołnierek's research spans multiple interdisciplinary domains including biomedical engineering applications of AI systems, Polish language processing for speech recognition, and hybrid pattern recognition methodologies combining rough sets with fuzzy logic. His work addresses both technical implementation challenges and real-world healthcare applications. Recent publications demonstrate his focus on sequential medical diagnosis frameworks (2016), neural network control systems (2014), and Polish language modeling (2013). His technical expertise includes machine learning algorithms, signal processing techniques, and rule-based decision systems. As a frequent contributor to international conferences like CORES, HAIS, and ISCBI, he has published extensively on pattern recognition (2013, 2016), medical diagnostics (2011, 2016), and computational linguistics (2011, 2013). His work often involves collaborative research with colleagues like Marcin Majak and Marek Kurzyński.
Zbigniew Telec, PhD, is affiliated with the Faculty of Information and Communication Technology at Wrocław University of Science and Technology. He works in the Department of Applied Informatics , focusing on research intersecting cognitive science, machine learning, and human-computer interaction. Research Interests: His work explores cognitive load modeling through multimodal data (e.g., memory tests, physiological signals), deep learning for architectural image analysis, and ensemble learning techniques for predictive modeling. Recent publications emphasize usability studies in mobile applications and psychophysiological measurement methods. Advising and Collaboration: Co-authored studies with researchers like Mateusz Piwowarczyk and Patient Zihisire Muke indicate collaborative advising in applied informatics and machine learning contexts. No specific grants or lab affiliations are mentioned in the provided data.
Marcin Maleszka is a researcher at the Faculty of Information and Communication Technology at Wrocław University of Science and Technology, specializing in collective intelligence , multiagent systems , knowledge diffusion , and knowledge integration . His work bridges computational models with social dynamics, focusing on group learning, recommendation systems, and secure data sharing. Current affiliation: Department of Applied Informatics, Wrocław University of Science and Technology Email: marcin.maleszka@pwr.edu.pl Office hours: Wednesday 13:30–15:00, Thursday 13:00–15:00, Saturday 16:45–17:45 His research explores how agent-based systems can model social collectives, optimize knowledge transfer, and enhance educational and healthcare technologies. Recent publications highlight applications in digital heritage , medical diagnostics , and urban mobility , with methodologies spanning GANs , ANNs , and agent modeling . Key publication trends include: Integration of Generative Adversarial Networks and Graph Neural Networks for heritage data Development of agent-based models for group learning Security mechanisms in peer-to-peer systems using attribute-based encryption Applications in medical imaging and traffic modeling Contact details: Address: ul. Z. Janiszewskiego 11/17, 50-372 Wrocław Room: C-3, 15 (Wrocław) and D-1, 30 (during Saturday office hours) Phone: +48 71 320 2938
Dr. Armen Grigoryan is an Assistant Professor at the Department of Mathematical Analysis, Institute of Mathematics, Informatics and Landscape Architecture, within the Faculty of Natural and Technical Sciences at John Paul II Catholic University of Lublin. His research and teaching focus spans mathematical analysis, approximation theory, harmonic functions, and applications in computer graphics and game development. He actively supervises bachelor’s and master’s diploma theses across diverse technical domains, including mathematical modeling, programming technologies, and game design projects using tools like Unity, Blender, and Kotlin. His recent supervision topics (up to 2025) reflect expertise in algorithmic problem-solving, geometric transformations, and software implementation.
Radosław Stelmaszczyk is an academic affiliated with SWPS University of Social Sciences and Humanities, specializing in bitmap and vector graphics within design disciplines. His research focuses on the application and integration of digital graphic techniques in contemporary design practices.
Krzysztof Skabek is an Assistant Professor at the Department of Computer Science, Faculty of Computer Science and Telecommunications, Krakow University of Technology. His research focuses on photogrammetry, 3D reconstruction, computational geometry, and their applications in architecture, medicine, and cultural heritage preservation. Specializes in LiDAR and photogrammetric data fusion Develops algorithms for 3D surface modeling and mesh optimization Applies geometry techniques to biomedical devices (e.g., occlusal splints) Active in virtual reality systems and forensic documentation His work emphasizes accuracy verification, sensor integration (iPad LiDAR, low-cost scanners), and cross-disciplinary applications in heritage preservation and orthodontics. Bibliometric metrics include an h-index of 4 (Scopus/WoS), total impact factor 3.9, and ministerial score of 750. No teaching or leadership roles mentioned beyond his faculty position. Email: kskabek@pk.edu.pl
Piotr Gryz is an academic affiliated with the Faculty of Arts at Maria Curie-Skłodowska University. He earned his Master of Science (MSc) in 2006 from the Faculty of Technical Physics, Information Technology, and Applied Mathematics, specializing in computer graphics and multimedia, followed by another MSc in 2016 from the Faculty of Graphic Arts at the Academy of Fine Arts in Łódź. Born in Łódź (1982) PhD in Art (2021) Active in Poland and abroad His research focuses on the intersection of digital technologies and artistic creation , with creative work spanning digital graphics, graphic design, illustration, and intermedia . Themes include erosion, decay, forgotten religious objects, and alien architecture. He combines traditional techniques with digital imaging and designs publications, spatial elements, and visual identities. His artistic contributions have been featured in group and solo exhibitions internationally. Fields of interest : Digital Art Graphic Design Intermedia Symbolism in Visual Communication He actively participates in academic initiatives such as the Touch of Art Project , contributing to interdisciplinary artistic education and contemporary visual culture discourse.
Bartosz Kołodziejek is an Associate Professor at the Faculty of Mathematics and Information Science, Warsaw University of Technology. His research lies at the intersection of probability theory and mathematical statistics, with a focus on stochastic fixed point equations, free probability, and graphical models. He actively publishes in top-tier journals and maintains a strong collaborative network. His research interests include: Stochastic fixed point equations and their applications Characterizations of probability distributions on symmetric and homogeneous cones Free probability and free convolution Graphical models and high-dimensional statistics Symmetry in Gaussian models and model selection Perpetuities and tail behavior of stochastic recursions The analysis of his recent publications reveals a consistent trend in theoretical probability and statistical methodology, particularly in high-dimensional inference, random matrix theory, and invariant models. His work often involves deep analytical techniques and connections across fields such as convex analysis, exponential families, and stochastic processes. He has no listed scientific awards on his homepage. While no students or grants are explicitly mentioned, his active publication record and software contributions (such as the gips R package) suggest ongoing research leadership. He collaborates with prominent researchers in probability and statistics across Europe. He is involved in the development of statistical software, notably contributing to the theoretical foundations of the gips package for Gaussian models with permutation symmetry, used in high-dimensional data analysis.
Marek Wodziński serves as a Lecturer at the Department of Metrology and Electronics within the Faculty of Electrical Engineering, Automatics, Computer Science and Biomedical Engineering at AGH University of Science and Technology in Kraków, Poland. His academic role involves teaching and research at the intersection of engineering and medical diagnostics, with a focus on developing computational solutions for clinical imaging challenges. Contact details include office B-1 room 205, phone +48 12 617 27 11, and email wodzinski@agh.edu.pl. Education: PhD in Engineering (indicated by 'dr inż.' title) His research centers on biomedical image processing and artificial intelligence applications in healthcare, with particular emphasis on medical and veterinary image analysis. Key areas include segmentation of anatomical structures in CT/MRI, explainable AI for diagnostic systems, multimodal assessment of neurodegenerative diseases (especially Parkinson's), and development of large-scale medical datasets. His work bridges computer vision, deep learning, and clinical practice to address real-world diagnostic limitations. Recent publications (2025) demonstrate a cohesive research trajectory focused on advancing AI interpretability in medical imaging, with significant contributions to veterinary radiography, cranial defect reconstruction, and Parkinson's disease assessment through voice/gait analysis. His participation in international challenges like MICCAI, SPPIN, and Fusemycells highlights practical implementations of his work, often involving multimodal data fusion and novel deep learning architectures for segmentation and classification tasks. Scientific Awards: No scientific awards mentioned in available information While specific student names and grant details aren't provided, his extensive publication record in top medical imaging venues indicates active mentorship of graduate researchers and involvement in collaborative international projects. His work frequently appears in challenge competitions, suggesting funding from research consortia focused on AI-driven medical diagnostics. Future directions likely include expanding multimodal approaches for neurodegenerative disease tracking and enhancing cross-species applicability of veterinary AI systems. He collaborates within the Department of Metrology and Electronics' biomedical research group, contributing to projects involving mixed reality diagnostic platforms, cranial implant design, and large-scale medical datasets like MedShapeNet. His team actively participates in global initiatives such as the MICCAI society challenges, focusing on reproducible AI solutions for clinical imaging problems.
Sławomir Mikrut is an Assistant Professor in the Department of Geoinformation, Photogrammetry and Environmental Remote Sensing at AGH University of Science and Technology's Faculty of Mining Surveying and Environmental Engineering, where he has been employed since 2003. His institutional affiliations include memberships in the AGH UST Senate, Association of Polish Surveyors, and Committee for Geoinformatics at the Polish Academy of Learning. Education M.Sc.Eng. in Industrial and Engineering Geodesy Photogrammetry and Remote Sensing (1997) Ph.D. in Surveying and Cartography (2003) with dissertation on digital image processing under Prof. Józef Jachimski Research Focus Professor Mikrut specializes in geospatial technologies with expertise spanning: Photogrammetric data acquisition and analysis Remote sensing applications in environmental monitoring Laser scanning and point cloud processing Algorithm development for image compression and feature detection Programming implementations for spatial data systems UAV-based surveying methodologies Professional Service Faculty governance through the Board of Mining Surveying and Environmental Engineering University-wide policy development via AGH UST Senate committees National academic leadership in geoinformatics through Polish Academy of Learning
