Overview
This MSc programme trains you to assess and strengthen the security of computer systems while exploring and applying new technological developments. The curriculum deepens your understanding of formal methods, algorithms, and applied computer science with a clear focus on Cyber Security and Artificial Intelligence. You will learn to design, implement and apply cryptographic and related security techniques, and to adapt modern AI methods for data analysis, planning and practical applications. Project work also develops the management skills needed to roll out effective security measures within organisations.
What you’ll study and career relevance
Core topics include Cyber Attacks & Threat Management, Intelligent Systems, Machine Learning, IIoT / Intro to Python, Enterprise Security Architecture, Security Governance, IT Law & Compliance, Project AI / Cyber Security, and Architecture and Process Management. Courses additionally introduce aspects of life in Germany and German work culture to support your integration and employability. The programme is practice-oriented and geared toward the needs of internationally operating companies: graduates are prepared for entry-level roles across relevant business sectors. The faculty’s regular feedback from industry partners—and a network of 556 cooperation partners from business, science and politics—helps ensure the content stays aligned with market demands.
Application & practical steps (check the official programme page for full details)
This Master's programme concentrates on two core areas: Cyber Security and Artificial Intelligence. Throughout the course you will build competencies across both domains, gaining the knowledge and skills that the programme emphasises.
As you move through the degree you can choose to specialise in one of these fields. The structure allows you to shift from a broad, dual-focus education toward deeper study in the area that best matches your interests and long‑term goals.
The flexible design lets you combine cross‑disciplinary understanding with the option for concentrated expertise, so you can tailor your studies and final project to suit specific career paths or research interests.
Key points (requirements / learning outcomes)
To qualify for admission to the Master’s in Computer Science, you must hold a relevant undergraduate degree and show sufficient prior coursework in computing, plus an intermediate level of English. Credit points refer to your Bachelor’s program workload and are commonly measured in ECTS — if your documentation uses a different system, check how it converts.
You should have completed a degree with substantial computer-science content: at least 60 credit points of your Bachelor’s must come from computer science, software engineering, information technology, or a closely related area. These should cover core CS-related topics (for example: mathematics, programming, software/system design, and software architecture). Finally, you must demonstrate English proficiency equivalent to B2 on the Common European Framework of Reference for Languages (CEFR).
Admission requirements (bullet points)
Winter Semester (International)
Applications are possible all year round.
The programme prepares graduates for entry-level positions in globally operating companies across areas such as cyber security, IT risk and compliance, enterprise security architecture, AI/ML engineering, and data analysis. Graduates will be equipped to work as security analysts, cybersecurity consultants, cryptography specialists, AI engineers, or in roles bridging technical and managerial responsibilities (e.g., project or architecture management) in private and public sectors.
Practical elements (project work, internships or semester abroad) and a broad network of 556 cooperation partners enhance employability by providing industry exposure and aligning skills with market needs. The curriculum’s combination of formal methods, applied computer science techniques, and insights into security governance and IT law also opens pathways to specialised roles in compliance, governance, and security-focused research and development.
Hochschule für Technik Stuttgart - University of Applied Sciences — Stuttgart
University of Regensburg — Regensburg
University of Bonn — Bonn
Brandenburg University of Technology Cottbus-Senftenberg — Cottbus