Cybersecurity for Roche Diagnostics products.
Lecturing cryptography to information & cybersecurity continuing education degree classes. Topics covered include: encryption (symmetric, asymmetric, hybrid), cryptographic hash functions, message-authentication-codes, digital-signatures, homomorphic encryption (partially, somewhat, fully). For completeness, the concepts are presented all the way down to their foundations in mathematics and theoretical computer science. The focus, however, is on the application of these concepts to realize and implement the classic security goals confidentiality, integrity, authentication and non-repudiation.
Founder and CTO of HiPho GmbH. Development of an online P2P marketplace for photographers using PosgreSQL, Django, Python, Bootstrap/jQuery, Docker, Kubernetes.
Scientific research assistant in information and cyber security. Development of the new certificate of advanced studies CAS Cyber Security Defence & Response with main responsibility around organizing cyber security labs and assessing cyber security skills of students. Teaching responsibilities (cryptography, network technologies, Python) in multiple information security and digital forensics related CAS classes and supervision of student research projects. Moreover, part of the initial core development team to conceptually devise and specify a nation-wide competence center to strengthen the cybersecurity-resilience of Swiss SME. The project resulted in a business plan that received praise from the Swiss government and will likely receive large-scale funding.
Design and implementation of portfolio investment strategies across all asset classes. Part of the Bloomberg data migration team during the 1-billion dollar acquisition of the Barclays Strategy Indices with responsibility of migrating all bonds related data. Most of engineering work was conducted with either C++, C# or Python both under Windows as well as Linux.
Assisted lectures in computer science for mathematicians and physicists.
Design and implementation of routing functionalities for an embedded high-security cipher device.
Way-Up informatics apprenticeship for high-school graduates (compressed from 4 years to 2 years). Software development for R&D with main focus on communication protocols for medical devices.
Thesis: "Identifying attackers by using machine learning on unstructured cyber threat intelligence"
Foci: Cryptography, Formal Methods for Information Security
Thesis: "A formal semantics for Viper"
Foci: Information Security
Thesis: "SSA Based Flow-Senstitive Points-To Analysis via Value Flow Graph Reachability using Binary Decision Diagrams."
Foci: Economics, Law and Chemistry