The Quantum Computer Science specialization is designed for students who want to be at the forefront of future technologies and delve into one of the fastest-growing and most challenging fields in contemporary computer science. The program will introduce you to the world of quantum algorithms, quantum hardware, and computational principles that are fundamentally changing the way we think about information processing. You will gain in-depth theoretical knowledge and practical skills in quantum computing, quantum information theory, and quantum cryptography, based on an understanding of the physical and mathematical foundations of quantum technologies. You will learn to formulate tasks suitable for quantum processing, design and analyze quantum algorithms and quantum circuits, and work with modern quantum simulators and available quantum hardware. You will understand the limitations of current quantum platforms and be able to assess the effectiveness of quantum solutions compared to classical methods. Emphasis is placed on linking theory with practice, experimental verification of designs, and the ability to adapt selected procedures to specific technical and research tasks. The program will prepare you to work in interdisciplinary teams, teach you to present your research findings in an international context, and guide you toward independently monitoring current developments and pursuing continuous professional growth. It also includes critical thinking about the social, ethical, and security implications of quantum technologies, which will play a key role in the future, for example, in the areas of data security and cryptography. Graduates find employment in research and development teams at technology companies, scientific institutions, and innovative startups focused on quantum technologies. They can work as quantum algorithm developers, quantum cryptography specialists, or researchers, and are also well prepared to continue their doctoral studies.

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