IT Security (MA)

Overview

This English-language Master's programme builds on undergraduate studies in informatics and IT security to deepen your methodological knowledge and practical skills. You will learn to tackle complex problems in information processing, gaining both theoretical foundations and applied techniques that are central to modern computer science and cybersecurity.

Focus and outcomes

Compared with the Bachelor's level, the course places stronger emphasis on scientific methods and independent research. The curriculum focuses on analysing, describing, designing and validating secure and reliable information-processing systems, preparing you for technically demanding roles in industry or for further academic work in security research.

Requirements (typical)

• Completed undergraduate degree in computer science, information security, or a closely related discipline
• Solid background in informatics and fundamentals of IT security
• Ability and motivation to pursue research-oriented, scientific work
• Proficiency in English sufficient to follow programme instruction and assessments

For precise admission criteria, application documents and language-test thresholds, consult the university’s official admissions information.

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Graduates are prepared for technical and specialist roles in cybersecurity, such as security engineer, cryptography specialist, security analyst, secure systems developer, or consultant in industry and public sector organisations. The programme's strong focus on the analysis, design and validation of secure information processing systems equips students to take on responsibilities in system hardening, secure software development, risk assessment and security architecture.

Because the programme emphasises scientific working and research skills, graduates are also well placed to pursue doctoral studies or R&D positions. The solid mathematical and theoretical computer science foundations make alumni attractive to employers seeking advanced technical expertise in cyber security research, applied cryptography, and security-critical industries (e.g., finance, telecommunications, critical infrastructure).