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PROFESSIONAL EXPERIENCE:
University of Geneva, CH
• Working on EU-Funded SAPERE project which objective is the development of a highly-innovative theoretical and practical framework for the decentralized deployment and execution of self-aware and adaptive services for future and emerging pervasive network scenarios • Design self-* algorithms • Implement and run simulations • Document and publish the results • Collaboration with several other institutions in Europe for the implementation of the framework
                                                                                                                                 
NAGRAVISION (Kudelski group), Lausanne, CH
• Design and implement software based on cryptographic algorithms and specifications in several
R&D projects • Specify tools used to generate the secrets distributed in the Conditional Access System
(CAS) according to the operational staff requirement • Design and develop the tools • Perform tests • Specify the secret to put in the smart card • Generate the secret package • Archive the delivery
Key Accomplishments:
• Reduce computation time by developing scalable software based on boost multithreading and
multiprocessing, leading to 80% reduction in packages generation time.
• Independently developed software to improve configuration file generation process and quality, by using open source libraries sqlite, sqlitestudio.
Tools/OS: C++, C#, Boost, OpenSSL, Microsoft Visual Studio, Perl, ClearCase, SWIG, SQLite
C++ BoundsChecker, Windows, Linux