Master in Computing and IT and Mathematics
- Feb 20
- 2 min read
This Master study program is a research-oriented academic pathway designed for graduates and professionals seeking to integrate advanced computing technologies with rigorous mathematical foundations. Positioned at a level equivalent to EQF Level 7 and aligned with the Second European Cycle, the program emphasizes analytical precision, computational modeling, and research-driven innovation across digital and quantitative disciplines.
Structured as a 100% research-based program, it develops advanced competencies in algorithmic design, mathematical modeling, data analytics, and computational problem-solving. The academic framework consists of five comprehensive modules, including:
Two research-focused modules dedicated to advanced research methodology, quantitative analysis, statistical modeling, academic writing, and applied research in computing and mathematical sciences.
Two general modules addressing innovation management, digital transformation, technology ethics, and strategic leadership in data-driven environments.
One specialized module in Computing, IT, and Mathematics, covering areas such as discrete mathematics, linear algebra for computing, numerical methods, computational statistics, cryptography fundamentals, machine learning mathematics, and advanced algorithm development.
The program culminates in an independent research thesis and structured research activities, enabling participants to explore contemporary challenges such as artificial intelligence algorithms, predictive analytics, cybersecurity modeling, financial mathematics applications, big data optimization, and computational simulation systems.
With a minimum duration of 12 months, the program offers flexibility for extension to accommodate professional commitments and research depth. The academic workload is equivalent to 60 ECTS credits, ensuring compatibility with European higher education standards.
This Master study program is ideal for individuals aiming to advance into analytical leadership roles, data science and AI research environments, quantitative technology sectors, or to pursue doctoral-level research in computing, mathematics, and advanced digital systems.


