CV
Academic and professional profile
An overview of academic training, current affiliations, selected publications, and technical capabilities.
Academic background
Autonomous Systems
Thesis: "Hypergraph-Based Semantic Models in Cognitive and Robotic Systems"Evaluation: Excellent (Summa Cum Laude)Szechenyi Istvan University, Multidisciplinary Doctoral School of EngineeringCritical Systems
Budapest University of Technology and Economics (BME)Dissertation
PhD dissertation
Szechenyi Istvan University, Multidisciplinary Doctoral School of EngineeringExcellent (Summa Cum Laude)A dissertation centered on hypergraph-based semantic modeling for cognitive systems and robotics, connecting formal structure, knowledge representation, and autonomous behavior.
Professional affiliations
IEEE and ACM
CurrentActive member of IEEE and ACM, maintaining engagement with the broader computing, engineering, and research communities.
Szechenyi Istvan University, Department of Informatics
2022 - PresentTeaching, subject development, mentoring, and academic work in informatics and autonomous systems.
Research areas
- Behavior analysis and modeling
- Knowledge representation and reasoning
- Autonomous systems and robotics
- Software development and engineering practices
Obuda University, Hungary
2022 - PresentResearch activity focused on cognitive systems, robotics, semantic modeling, and hypergraph-based methods.
- Industrial robotics and autonomous systems
- Hypergraph-based semantic modeling for cognitive systems
- Computer vision and perception for robotics and industrial applications
- IoT and edge computing for smart manufacturing and industrial automation (OPC-UA)
- Agricultural robotics and precision farming technologies
Selected publications
- Hypergraph Formalism for Fuzzy Signature-Based Robot Environment Representation (2026)
- Novel Middleware Framework for Integrating Extended Reality into Robotic Manufacturing Processes (2026)
- Chatbot assistant based on Large-Language Models for University students (2025)
- Cognitive aspects of agent-based based evacuation simulation (2025)
- Design and transmission of data structures for industrial robots in digitized industrial systems (2025)
- Evaluating the Impact of Aggregation Operators on Fuzzy Signatures for Robot Path Planning (2025)