Warning:
Programme is being prepared.
Degree programme objectives
The aim of the programme is to provide a sufficiently broad undergraduate foundation focused on the opportunities and risks of the modern digital society, including applications in new technology sectors where rapid growth can be expected in the coming decades and which are key to the future of the Czech Republic and Europe as an advanced industrial country. It is a strengthening of the so far uncovered areas of education related to the design of chips for domestic production capacities being built and existing customers, but also for the needs of security forces, which demand experts with practical knowledge of modern technology. The program is part of a plan to create a new regional and national high-tech education center that will provide the foundation for a more inclusive multidisciplinary workforce combining science, technology, engineering, and mathematics on a "STEM" basis.Graduates can find employment in security forces, the chip industry, critical infrastructure and other organizations. However, it is expected to deepen the knowledge and specialisation in a follow-up Master's programme.
Studies
- ObjectivesThe aim of the programme is to provide a sufficiently broad undergraduate foundation focused on the opportunities and risks of the modern digital society, including applications in new technology sectors where rapid growth can be expected in the coming decades and which are key to the future of the Czech Republic and Europe as an advanced industrial country. It is a strengthening of the so far uncovered areas of education related to the design of chips for domestic production capacities being built and existing customers, but also for the needs of security forces, which demand experts with practical knowledge of modern technology. The program is part of a plan to create a new regional and national high-tech education center that will provide the foundation for a more inclusive multidisciplinary workforce combining science, technology, engineering, and mathematics on a "STEM" basis.
Graduates can find employment in security forces, the chip industry, critical infrastructure and other organizations. However, it is expected to deepen the knowledge and specialisation in a follow-up Master's programme.
- Occupational Profiles of GraduatesThe graduate will have a solid mathematical, informational and legal foundation necessary for further study or basic work with computer systems and their security - statistical methods, basics of applied cryptography, computer systems and networks and basics of critical infrastructure technologies.
The profile of the graduate corresponds to and will be further adjusted according to the requirements of further studies and the application sphere - especially the semiconductor industry, state security forces (police departments and special services), public authorities in the field of security, public administration and IT industry.
- Practical TrainingThe programme includes a short internship of 1 month.
- Goals of ThesesThe aim of the bachelor thesis is to develop professional knowledge and skills
and to practice independent work in solving a larger project. Given the multidisciplinary nature of the programme, topics involving the application of knowledge and skills from multiple areas of the programme's content - mathematics, computer science, legal and security sciences and technology - are welcome.
There may be a link to the internship and/or the author's own creative activity.
https://www.fi.muni.cz/studies/bachelor-diploma-theses.html.en
- Access to Further StudiesIt is possible to follow up the study in the programme with a Master's degree in SW Systems and Services Management at FI or a programme of another university that requires a mathematical, computer science, technology and/or security-law foundation.
Future linkage to a Master's programme(s) deepening knowledge and skills in key areas (chip design, critical infrastructure security, certification and compliance, forensic disciplines) is envisaged.