Embedded Files
My lectures are designed to be clear, engaging, and memorable. I focus on charismatic delivery, strong storytelling, and many real-world examples that connect theory with everyday practice.
My lectures are designed to be clear, engaging, and memorable. I focus on charismatic delivery, strong storytelling, and many real-world examples that connect theory with everyday practice.
Programme Committee: 21st International Conference on Dependability of Computer Systems
Dependable and timely results from quantitative and qualitative data using precise, AI and quantum models and algorithms
Dependability and trends in computer systems
Quantum computing
Methodology and tools
Medicine and healthcare
Applications
Rather than one-way presentations, I create interactive formats that invite discussion, questions, and critical thinking. Participants are actively involved, whether in a lecture hall, conference room, or online setting.
A core element of my work is the World Café format, which encourages structured dialogue in small groups and helps translate complex topics into shared understanding and practical outcomes.
More about the method: https://www.theworldcafe.com
I deliver lectures and workshops in a wide range of contexts:
Universities and higher-education programs
National and international conferences
Congresses and professional forums
Online lectures and hybrid formats
Internal trainings for public administration and government institutions
My goal is always the same: to make knowledge accessible, human, and applicable, and to create learning spaces where people feel invited to think, question, and contribute.
Fully digital 3D treatment planning for cleft lip and palate.
The digital transformation of healthcare has increased the exposure of medical image data to cyber threats. Systems such as PACS, RIS, and DICOM-based imaging platforms store highly sensitive information that is essential for patient safety and clinical decision-making. For governmental CERT structures, the protection of these assets is a matter of both data security and critical infrastructure resilience.
Key risks include ransomware attacks, unauthorized access, data exfiltration, and manipulation of diagnostic images. Effective protection requires network segmentation, strong authentication, encryption, integrity verification of image data, continuous monitoring, and coordinated incident response mechanisms.
Ensuring the confidentiality, integrity, and availability of medical imaging systems is a strategic priority for national health security and requires close cooperation between healthcare institutions, governmental CERTs, and technology providers.
Page updated
Google Sites
Report abuse