In the following you will find the currently available bachelor and master theses at the Institute of Informtion Security and Dependability (KASTEL), research group for cryptography and security.
If there are no topics available at the moment or if there is nothing for you among the advertised topics, please contact us by e-mail:
Valerie Fetzer (valerie.fetzer@kit.edu)
Please include the following information in your request mail:
- Are you looking for a bachelor or master thesis?
- In which research areas are you interested?
- Do you want to work on theoretical (e.g. public key encryption, digital signatures, security proofs) or practical (e.g. programming) aspects?
- When would you like to start your thesis?
![[BA] SoK: Deniability in Multi-Party Protocols](/img/Abschlussarbeiten/BA_Deniability-SB_rdax_1024x1447_98.png)
![[BA/MA] Efficient and Secure Multiparty Computation via Trusted Execution Environment](/img/Abschlussarbeiten/BAMA_Efficient-MPC-via-TEE_YJ_rdax_1024x1447_98.png)
![[MA] OpenLI: From a security perspective](/img/Abschlussarbeiten/MA_OPENLI-FROM-A-SECURITY-PERSPECTIVE_DF_rdax_1024x1447_98.png)
![[Thesis] Determining GNSS spoofing impacts on the energy grid](/img/Abschlussarbeiten/IEEE_thesis_rdax_98.PNG)
![[BA] Investigation of Time Synchronization Attacks on Phasor Measurement Unit](/img/Abschlussarbeiten/pmu_Thesis_rdax_98.PNG)
![[BA] SoK: Quantum Memory Management and Optimal Quantum Circuits](/img/Abschlussarbeiten/BA_SoK-Quantum-Memory-Management_MT_rdax_1024x1447_98.png)
![[BA] Complexity-theoretic aspects of the preprocessing model](/img/Abschlussarbeiten/BA_Complexity-Theory_RB_rdax_1024x1447_98.png)