| Integration of module into courses of studies: |
Informatik, M.Sc.: Praktische und Angewandte Informatik
Informatik, M.Sc.: Vertiefungsfach IT-Sicherheit
Informatik, M.Sc.: Vertiefungsfach Verteilte Systeme
Informatik, Lehramt: Wahlfach
Medieninformatik, M.Sc.: Kernfach Praktische und Angewandte Informatik
Medieninformatik, M.Sc.: Vertiefungsfach IT-Sicherheit
Medieninformatik, M.Sc.: Vertiefungsfach Verteilte Systeme
Software-Engineering, M.Sc.: Kernfach Praktische und Angewandte Informatik
Software-Engineering, M.Sc.: Vertiefungsfach IT-Sicherheit
Informationssystemtechnik, M.Sc.: Wahlplicht Informatik
Informationssystemtechnik, M.Sc.: Wahlpflicht |
| Modes of learning and teaching: |
Lecture Privacy Engineering and Privacy Enhancing Technologies, 3L (Prof. Dr. Frank Kargl, Dr. Christoph Bösch)
Exercise Privacy Engineering and Privacy Enhancing Technologies, 1E (Migena Ymeraj, Ala'a Al-Momani) |
| Module authority: |
Prof. Dr. Frank Kargl |
| Lecturer: |
Prof. Dr. Frank Kargl |
| Language: |
English |
| Turn / Duration: |
Every winter semester / one semester |
| Requirements (contentual): |
Security of IT-Systems |
| Requirements (formal): |
None |
| Basis for: |
|
| Learning objectives: |
Participants will become familiar with modern privacy engineering. Starting from conducting Privacy Impact Assessments (PIAs) and a privacy risk analysis to designing privacy-friendly architectures all the way to application of privacy strategies and privacy enhancing technologies, the course covers the full lifecycle of privacy-friendly system design. Beyond mere theoretical knowledge, participants will practice their freshly acquired knowledge in many scenarios-based exercises. |
| Content: |
The course briefly summarizes foundations of privacy and data protection as discussed in more depth in module 71126 ("Grundlagen des Datenschutzes und der IT Sicherheit''). This includes privacy strategies, privacy design patterns and many more.
The second part of the lecture then focuses on technical privacy protection discussing different privacy strategies like minimization or hiding, privacy enhancing technologies like attribute-based credentials or group/ring signatures, and also privacy aspects of user interfaces. The technical part also covers cryptographic techniques like commitment schemes, zero knowledge proofs, oblivious transfer, private information retrieval, and secure multiparty computation, which will be implemented in the exercises. |
| Literature: |
Selected literature and online resources |
| Grading procedure: |
Oral (in case of many participants written) exam at the end of the semester; no further course assessment; grade bonus if lab passed successfully |
| Estimation of effort: |
Active time: 60 h
Preparation and evaluation: 120 h
Sum: 180 h |
