Do you want to rethink cybersecurity and secure the systems that keep our connected world running? Then the Master’s in Sociotechnical Cybersecurity is the right programme for you. You will not only learn how to build secure architectures or fend off attacks, but also how human behaviour, organisational structures and cultural factors influence cybersecurity, and how to take the human factor into account appropriately. Technical knowledge is combined with social science perspectives to form a skill set that is indispensable for modern cybersecurity.
The programme focuses on cybersecurity in the fields of mobility, industry and healthcare. The curriculum is complemented by cutting-edge topics such as post-quantum cryptography, quantum key distribution and AI-supported security mechanisms. International projects, competitions and practical research will help you develop your skills further. Small groups, personalised support and strong industry partnerships create an ideal environment for you to develop into a specialist who shapes cybersecurity with confidence, innovation, collaboration, effectiveness and a human touch.
<p>Advanced concepts of network and system security are covered. The focus is on threat modeling, risk management, and security architectures such as zero trust. This is complemented by protocols, intrusion detection, authentication mechanisms, and technologies for securing modern networks.</p>
<p>Programming and computer science fundamentals are developed in a practical way. Topics include variables, control structures, functions, object-oriented concepts, data structures, and algorithms. This is complemented by UML modeling, design principles, patterns, and professional practices such as Git, testing, and code reviews.</p>
<p>Mathematical and computer science fundamentals are covered, including number theory, cryptography, statistics, and logic. The focus is on graph theory with key concepts, algorithms, and applications. The aim is to analyze and solve structured problems.</p>
<p>Cybersecurity management and governance approaches are covered in a corporate context. The focus is on frameworks, risk assessment, maturity models, and business continuity. This is complemented by awareness, incident management, and strategies for product and security management.</p>
<p>Psychological and cognitive aspects of cybersecurity are examined. The focus is on perception, decision-making, human error, and social engineering. This is complemented by topics such as trust, cultural differences, and empirical research methods to analyze human behavior.</p>
<p>The focus is on designing and planning a non-profit cybersecurity project. This includes stakeholder identification, goal definition, and project structuring. Communication, ethical aspects, and documentation are considered to develop an impactful and sustainable project concept.</p>
<p>In this seminar, students independently work on a topic in medical cybersecurity. They conduct literature research, write a scientific paper, and present their findings. Structured discussions foster academic exchange and strengthen analytical and argumentation skills.</p>
<p>Security concepts for industrial and IoT systems are explored in cyber-physical environments. The focus is on resource-efficient security mechanisms, OT architectures, and threat models. This is complemented by edge computing, secure communication, and technologies such as blockchain.</p>
<p>Security and safety concepts for modern mobility systems are addressed. The focus is on connected and autonomous architectures, V2X communication, and threat models. This is complemented by embedded security mechanisms, secure software updates, and regulatory requirements.</p>
<p>Sociotechnical foundations of cybersecurity are explored from both user and system perspectives. The focus is on usability, secure interaction design, and resilient systems. This is complemented by risk and error analysis, teamwork, and the use of AI to support human decision-making.</p>
<p>Cybersecurity strategies are developed in a corporate context. The focus is on economic implications, risk assessment, supply chain security, KPIs, and trend analysis. This is complemented by communication strategies, leadership, and building a sustainable security culture.</p>
<p>The focus is on designing and planning a non-profit cybersecurity project. This includes stakeholder identification, goal definition, and project structuring. Communication, ethical aspects, and documentation are considered to develop an impactful and sustainable project concept.</p>
<p>Advanced cybersecurity technologies are examined with regard to future application areas. The focus is on modern cryptography, formal verification, and AI-supported security methods. This is complemented by technology foresight and case studies from mobility, industry, and healthcare.</p>
<p>Students independently work on a complex scientific research question within the program. The focus is on applying research methods, project planning, and in-depth study. Results are documented in writing and presented and defended in a colloquium.</p>
| 1. Semester | |
|---|---|
| 2. Semester | |
| 3. Semester | |
| 4. Semester |
Find more information on applying for a place on the Master's programme.
Please take note of our Statutes for International Orientation and Selection Procedures
Link to Procedural elements Master Sociotechnical Cybersecurity (pdf)
In addition to a curriculum analysis, academic aptitude is determined by SAT scores. The SAT (Scholastic Assessment Test) is a standardised test offered worldwide by CollegeBoard. For more information about the test and test centres in your area, see https://www.collegeboard.org/.
Do you have any questions about applications, admission, enrolment, student finance, accommodation or other general topics? If so, please use our contact form and select the relevant topic. This will ensure your enquiry is sent directly to the relevant contact person(s) and can be answered quickly and effectively.
Vice President for Teaching and Students
Bachelor of Science (B. Sc.)
You will learn how to protect networks, applications and IT systems against digital attacks. From secure software development and penetration testing to digital forensics, you will build up the expertise needed to put cyber security into practice.
About the degree program
Master of Science (M. Sc.)
Ihr Master-Studium in Wirtschaftsinformatik / betriebswirtschaftliche Softwaresysteme im Unternehmen: Digital und zukunftsfähig!
About the degree program
Master of Science (M. Sc.)
Der Master-Studiengang zu aktuellen Kernthemen moderner Softwareentwicklung in verteilten, vernetzten und mobilen Systemlandschaften.
About the degree program![[Translate to English:]](/fileadmin/_processed_/image-enhancer/53330/20240620_CARISSMA_Gruppe_1-1613x1075-crop-default-285-381-1613-908.webp "[Translate to English:]")
Master of Science (M. Sc.)
On the English-taught Master’s programme in Artificial Intelligence, you will deepen your expertise in modern AI technologies such as deep learning, computer vision and natural language processing. Through practice-oriented projects, cutting-edge research and personalised options, you will be prepared for challenging roles in development, research and international technology sectors.
About the degree programDo you want to rethink cybersecurity and secure the systems that keep our connected world running? Then the Master’s in Sociotechnical Cybersecurity is the right programme for you. You will not only learn how to build secure architectures or fend off attacks, but also how human behaviour, organisational structures and cultural factors influence cybersecurity, and how to take the human factor into account appropriately. Technical knowledge is combined with social science perspectives to form a skill set that is indispensable for modern cybersecurity.
The programme focuses on cybersecurity in the fields of mobility, industry and healthcare. The curriculum is complemented by cutting-edge topics such as post-quantum cryptography, quantum key distribution and AI-supported security mechanisms. International projects, competitions and practical research will help you develop your skills further. Small groups, personalised support and strong industry partnerships create an ideal environment for you to develop into a specialist who shapes cybersecurity with confidence, innovation, collaboration, effectiveness and a human touch.
<p>Advanced concepts of network and system security are covered. The focus is on threat modeling, risk management, and security architectures such as zero trust. This is complemented by protocols, intrusion detection, authentication mechanisms, and technologies for securing modern networks.</p>
<p>Programming and computer science fundamentals are developed in a practical way. Topics include variables, control structures, functions, object-oriented concepts, data structures, and algorithms. This is complemented by UML modeling, design principles, patterns, and professional practices such as Git, testing, and code reviews.</p>
<p>Mathematical and computer science fundamentals are covered, including number theory, cryptography, statistics, and logic. The focus is on graph theory with key concepts, algorithms, and applications. The aim is to analyze and solve structured problems.</p>
<p>Cybersecurity management and governance approaches are covered in a corporate context. The focus is on frameworks, risk assessment, maturity models, and business continuity. This is complemented by awareness, incident management, and strategies for product and security management.</p>
<p>Psychological and cognitive aspects of cybersecurity are examined. The focus is on perception, decision-making, human error, and social engineering. This is complemented by topics such as trust, cultural differences, and empirical research methods to analyze human behavior.</p>
<p>The focus is on designing and planning a non-profit cybersecurity project. This includes stakeholder identification, goal definition, and project structuring. Communication, ethical aspects, and documentation are considered to develop an impactful and sustainable project concept.</p>
<p>In this seminar, students independently work on a topic in medical cybersecurity. They conduct literature research, write a scientific paper, and present their findings. Structured discussions foster academic exchange and strengthen analytical and argumentation skills.</p>
<p>Security concepts for industrial and IoT systems are explored in cyber-physical environments. The focus is on resource-efficient security mechanisms, OT architectures, and threat models. This is complemented by edge computing, secure communication, and technologies such as blockchain.</p>
<p>Security and safety concepts for modern mobility systems are addressed. The focus is on connected and autonomous architectures, V2X communication, and threat models. This is complemented by embedded security mechanisms, secure software updates, and regulatory requirements.</p>
<p>Sociotechnical foundations of cybersecurity are explored from both user and system perspectives. The focus is on usability, secure interaction design, and resilient systems. This is complemented by risk and error analysis, teamwork, and the use of AI to support human decision-making.</p>
<p>Cybersecurity strategies are developed in a corporate context. The focus is on economic implications, risk assessment, supply chain security, KPIs, and trend analysis. This is complemented by communication strategies, leadership, and building a sustainable security culture.</p>
<p>The focus is on designing and planning a non-profit cybersecurity project. This includes stakeholder identification, goal definition, and project structuring. Communication, ethical aspects, and documentation are considered to develop an impactful and sustainable project concept.</p>
<p>Advanced cybersecurity technologies are examined with regard to future application areas. The focus is on modern cryptography, formal verification, and AI-supported security methods. This is complemented by technology foresight and case studies from mobility, industry, and healthcare.</p>
<p>Students independently work on a complex scientific research question within the program. The focus is on applying research methods, project planning, and in-depth study. Results are documented in writing and presented and defended in a colloquium.</p>
| 1. Semester | |
|---|---|
| 2. Semester | |
| 3. Semester | |
| 4. Semester |
Find more information on applying for a place on the Master's programme.
Please take note of our Statutes for International Orientation and Selection Procedures
Link to Procedural elements Master Sociotechnical Cybersecurity (pdf)
In addition to a curriculum analysis, academic aptitude is determined by SAT scores. The SAT (Scholastic Assessment Test) is a standardised test offered worldwide by CollegeBoard. For more information about the test and test centres in your area, see https://www.collegeboard.org/.
Do you have any questions about applications, admission, enrolment, student finance, accommodation or other general topics? If so, please use our contact form and select the relevant topic. This will ensure your enquiry is sent directly to the relevant contact person(s) and can be answered quickly and effectively.
Vice President for Teaching and Students
Bachelor of Science (B. Sc.)
You will learn how to protect networks, applications and IT systems against digital attacks. From secure software development and penetration testing to digital forensics, you will build up the expertise needed to put cyber security into practice.
About the degree program
Master of Science (M. Sc.)
Ihr Master-Studium in Wirtschaftsinformatik / betriebswirtschaftliche Softwaresysteme im Unternehmen: Digital und zukunftsfähig!
About the degree program
Master of Science (M. Sc.)
Der Master-Studiengang zu aktuellen Kernthemen moderner Softwareentwicklung in verteilten, vernetzten und mobilen Systemlandschaften.
About the degree program
Master of Science (M. Sc.)
On the English-taught Master’s programme in Artificial Intelligence, you will deepen your expertise in modern AI technologies such as deep learning, computer vision and natural language processing. Through practice-oriented projects, cutting-edge research and personalised options, you will be prepared for challenging roles in development, research and international technology sectors.
About the degree program