Quantum-Resistant Cryptography for Embedded and Industrial Applications (m/f/d)

Location: St. Georgen im Schwarzwald / Hanover

Quantum computers are changing the IT security requirements of tomorrow. Especially concerning long-lasting industrial and embedded systems, the question arises: how can we ensure the security of future communication solutions today?

In your bachelor's thesis, you will deal with Post-Quantum Cryptography (PQC) and investigate which quantum-resistant methods are suitable for embedded and industrial applications.

• You will gain an overview of the current state of Post-Quantum Cryptography
• You will analyze relevant methods, standards, and migration strategies for industrial applications
• You will evaluate available open-source implementations and compare selected methods
• You will develop a prototype Proof of Concept and practically implement quantum-resistant algorithms
• You will investigate the impact on memory requirements, execution times, certificates, and integration complexity
• You will evaluate different approaches regarding their suitability for embedded and IoT systems

Your Profile

• Studying Computer Science, Technical Computer Science, Embedded Systems, Cybersecurity, or a comparable degree program
• Interest in cryptography, cybersecurity, and embedded systems
• Ideally, initial experience with C/C++, Linux, or secure communication
• Interest in technologies and topics such as Post-Quantum Cryptography, OpenSSL, and TLS
• Enjoyment in theoretically and practically exploring complex technical issues

What We Offer

• Individual Support: A dedicated mentor will accompany you on your project and answer your questions.
• Networking: With us, you can expand your professional network and make valuable contacts within the company. This master's thesis will be supervised by our experts from the Competence Center IoT & Edge.
• Regular Feedback Meetings: We will regularly exchange feedback to track your progress and support your development.
• Hybrid Work: In agreement with your supervisor, you choose a combination of remote work and office presence for more flexibility and freedom.
• Generous Flexible Working Hours: In agreement with your supervisor, you set your working hours according to your preferences to meet your personal needs.

Fiona Laube, Specialist for Recruiting & HR Marketing recruiter contact Tel.: recruiter contact

We look forward to you addressing us informally with "du" and using our first names!