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Lecturer(s)
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Králík Lukáš, Ing. Ph.D.
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Hromada Martin, prof. Ing. Ph.D.
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Course content
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Identification and designation of critical infrastructure elements and soft targets, determination of the character and structural properties of infrastructure systems, analysis and risk assessment of specific reference objects, design of permanent and temporary security measures, definition of technical means of protection, definition of personnel and process means of protection, formulation of bases for increasing resilience, design and description of methods for assessing resilience, solution of public event security from a personnel, technical and economic perspective, conditions for creating coordination plans, conceptual bases for the resilience plan of a critical entity, creation of bases for modeling cascading and synergistic effects.
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Learning activities and teaching methods
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Dialogic (Discussion, conversation, brainstorming), Text analysis
- Preparation for examination
- 270 hours per semester
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| prerequisite |
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| Knowledge |
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| The student is expected to have a basic knowledge of the legal, terminological and theoretical framework of critical infrastructure protection and protection of soft targets in a broader context. |
| The student is expected to have a basic knowledge of the legal, terminological and theoretical framework of critical infrastructure protection and protection of soft targets in a broader context. |
| learning outcomes |
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| TThe student will acquire practical skills in implementing the legal, terminological and theoretical framework of the issue of critical infrastructure protection and soft target protection in a broader context. The student will also acquire knowledge in the area of applying the principles for increasing resilience, within the scope of the CER Directive, and knowledge of creating coordination plans for soft target objects. |
| TThe student will acquire practical skills in implementing the legal, terminological and theoretical framework of the issue of critical infrastructure protection and soft target protection in a broader context. The student will also acquire knowledge in the area of applying the principles for increasing resilience, within the scope of the CER Directive, and knowledge of creating coordination plans for soft target objects. |
| characterize the process of identifying and marking critical infrastructure elements and soft targets |
| characterize the process of identifying and marking critical infrastructure elements and soft targets |
| describe the determination of the character, structural properties of infrastructure systems |
| describe the determination of the character, structural properties of infrastructure systems |
| define permanent and temporary measures |
| define permanent and temporary measures |
| specify personnel and procedural means of protection |
| specify personnel and procedural means of protection |
| discuss methods of assessing resilience |
| discuss methods of assessing resilience |
| Skills |
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| create a catalog of current threats and risks |
| create a catalog of current threats and risks |
| apply permanent and temporary measures |
| apply permanent and temporary measures |
| implement personnel and procedural means of protection |
| implement personnel and procedural means of protection |
| propose ways of assessing resilience |
| propose ways of assessing resilience |
| control the security solution of public events from a personnel, technical and economic point of view |
| control the security solution of public events from a personnel, technical and economic point of view |
| teaching methods |
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| Knowledge |
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| Dialogic (Discussion, conversation, brainstorming) |
| Dialogic (Discussion, conversation, brainstorming) |
| Text analysis |
| Text analysis |
| assessment methods |
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| Oral examination |
| Oral examination |
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Recommended literature
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HROMADA, Martin., ŘEHÁK, D., SKOBIEJ, B., BAJER, M. Converged Security and Information Management System as a Tool for Smart City Infrastructure Resilience Assessment. 2023.
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KUDLÁK, Aleš; HOFREITER, Ladislav; URBAN, Rudolf. Bezpečnost a ochrana měkkých cílů. 24. medzinárodná vedecká konferencia Riešenie krízových situácií v špecifickom prostredí. 2019.
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LEWIS, Ted G. Critical infrastructure protection in homeland security: defending a networked nation. 2019.
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LOVEČEK, Tomáš; STRAKOVÁ, Lenka; KAMPOVÁ, Katarína. Modeling and simulation as tools to increase the protection of critical infrastructure and the sustainability of the provision of essential needs of citizens. 2021.
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MIHINJAC, Mateja; SAVILLE, Gregory. Third-generation crime prevention through environmental design (CPTED). 2019.
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REHAK, D.; FLYNNOVA, L.; HROMADA, Martin; FUGGINI, C. The Importance of Resistance in the Context of Critical Infrastructure Resilience: An Extension of the CIERA Method. 2023, ISSN 2079-8954.
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REHAK, D., SPLICHALOVA, A., HROMADA, Martin., WALKER, N., JANECKOVA, H., & RISTVEJ, J. Critical entities resilience failure indication. 2024, ISSN 09257535.
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REHAK, David, et al. Critical Entities Resilience Assessment (CERA) to Small-scale Disasters. 2024.
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ŘEHÁK, D., SLIVKOVÁ, S., JANEČKOVÁ, H., ŠTUBEROVÁ, D., HROMADA, M. Strengthening resilience in the energy critical infrastructure: Methodological overview. 2022, ISSN 1996-1073.
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