Cyril Dieudonné
Software Architect / Developer
38 years old
Driving License
France
Professional Status
Employed
Open to opportunities
About Me
With a PhD in nuclear physics, I have acquired solid skills in development and optimization of scientific codes, as well as in software architecture.
After completing my thesis in nuclear physics, I took part in the maintenance of reference codes in radiation protection, core physics and criticality at CS. This experience enabled me to discover all the phases of software development, and to appreciate their importance.
I then joined the CEA as a research engineer and RTE as a designer-developer in the Real Time division. Here, I was able to contribute my expertise to all phases of code production, while continuing to improve my know-how through various training courses and seminars. My main tasks involved the design and development of applications, to maximize performance and enhance the user experience.
Curious, motivated and self-taught by nature, passing on my knowledge is also part of my DNA. I've always been keen to work as part of a team and pass on my knowledge to the teams I work with.
After completing my thesis in nuclear physics, I took part in the maintenance of reference codes in radiation protection, core physics and criticality at CS. This experience enabled me to discover all the phases of software development, and to appreciate their importance.
I then joined the CEA as a research engineer and RTE as a designer-developer in the Real Time division. Here, I was able to contribute my expertise to all phases of code production, while continuing to improve my know-how through various training courses and seminars. My main tasks involved the design and development of applications, to maximize performance and enhance the user experience.
Curious, motivated and self-taught by nature, passing on my knowledge is also part of my DNA. I've always been keen to work as part of a team and pass on my knowledge to the teams I work with.
Analysis and transformation of HPC codes using LLVM and CLANG
( http://www-hpc.cea.fr/SummerSchools/SummerSchools2017-CS.htm )
( http://www-hpc.cea.fr/SummerSchools/SummerSchools2017-CS.htm )
Details and Extracurriculars
- Introduction to LLVM
- Analysis and transformation of HPC codes using LLVM and CLANG
- Generation and optimization of parallel code in LLVM
Linux/Unix, system developement
( http://www.orsys.fr/formation-developpement-systeme-unix-linux.asp )
( http://www.orsys.fr/formation-developpement-systeme-unix-linux.asp )
Details and Extracurriculars
- Development tools and methods
- Processes
- Posix threads
- Inter-process ommunications
- Memory management
- Signals
- Network communications
- Classic and advanced I/O
Scientific Computation with Modern C++
( http://www-hpc.cea.fr/SummerSchools2015-CS.htm )
( http://www-hpc.cea.fr/SummerSchools2015-CS.htm )
Details and Extracurriculars
- C++14: A Tour of C++
- Transfering Data Efficiently: Move Semantics; What You Should Know
- Programming with Templates
- Generic Programming: Constraints and More
- Componentization and Composition: Looking Ahead
- Decomposing Problem for Parallelism
- Atomics and Lock Free Programming
- Data Parallelism and GPU Programming
- Concurrency Patterns in C++14
- What to Expect in C++17
Monte Carlo burnup codes acceleration using the correlated sampling method
http://www.theses.fr/2013PA112324
http://www.theses.fr/2013PA112324
Details and Extracurriculars
- Neutronics and reactor core physics
- Development and studies of the Monte Carlo burnup code TRIPOLI-4 (C++, ROOT)
- Profiling and performance optimization (Valgrind and KCachegrind)
- Algorithm programmation (with suitable Design Patterns)
- Source code refactoring and documentation (C++, ROOT, Doxygen)
- UI improvement (ROOT)
- Increase in non-regression tests (Shell scripting)
C++, programming with CUDA, OpenMP and PPL Visual Studio 2010
Details and Extracurriculars
- Debugging and instrumentation of codes
- The GPU Computing with CUDA
- Parallelism Patterns
- The OpenMP standard and the Parallel Patterns Library
Summer school CEA - EDF - INRIA
Commisariat à l'Energie Atomique (CEA) Cadarache
June 2011
to July 2011
Uncertainty quantification for numerical model validation
( https://www.inria.fr/actualite/agenda/cea-edf-inria-uncertainty-quantification-for-numerical-model-validation )
( https://www.inria.fr/actualite/agenda/cea-edf-inria-uncertainty-quantification-for-numerical-model-validation )
International School in Nuclear Engineering
Institut National des Sciences et Techniques Nucléaires (INSTN) / CEA Saclay
October 2010
to November 2010
"Reactor Core Physics : Deterministic and Monte Carlo Methods" (Octobre 2010)
"Uncertainty quantification, Experimental Validation and Predictive" (Novembre 2010)
"Uncertainty quantification, Experimental Validation and Predictive" (Novembre 2010)
Thanks to this training, I have acquired a solid knowledge of particle physics (quantum mechanics, subatomic physics, general relativity, etc.), both theoretical and experimental, as well as computer development. My specialization has enabled me to understand the different aspects of energy production (particularly nuclear), from construction to transport, distribution and decommissioning.
Details and Extracurriculars
- Master II - Ingénierie Physique des Energies, mention Bien
- Master I - Physique Fondamentale, mention Assez Bien
- Licence III - Physique Fondamentale, mention Assez Bien
Preparatory class for the Grandes Ecoles
Lycée Robespierre (Arras) - Lycée Condorcet (Lens)
September 2004
to September 2007
2005 - 2007: MP (Mathematics and Physical Sciences), Lycée Robespierre
2004 - 2005: MPSI (Mathematics, Physics and Industrial Sciences), Lycée Condorcet
2004 - 2005: MPSI (Mathematics, Physics and Industrial Sciences), Lycée Condorcet
High School Diploma in Science
Lycée St Vaast - St Dominique, Béthune
September 2003
to September 2004
Mathematics speciality, with honors
