Employment. AIS ASPI 2013 (Winter 2014 - present). AIS USSC (Fall 2011 – Winter 2014). Integration With System For Interdepartmental Electronic Interaction (Spring 2012 – Winter 2013). Education. Technical Experience. Projects. Additional Experience and A

Employment

AIS ASPI 2013 (Winter 2014 - present)

· Developed special filter functionality for dictionary subsystem.

· Coded View-Model base classes for integration with system for interdepartmental electronic interaction.

AIS USSC (Fall 2011 – Winter 2014)

· Decreased execution time of import/export operation more than in 100 times (from one week to 1-2 hour) by developing a subsystem of data exchange between components.

· Designed and implemented the architecture of DAL subsystem based on Entity Framework and rewrote the project from self-development solution to it.

· Developed installer subsystem based on WiX for developing and deployment convenience.

Integration With System For Interdepartmental Electronic Interaction (Spring 2012 – Winter 2013)

· Developed with team overall architecture of integration with system for interdepartmental electronic interaction.

· Implemented the integration layer for data exchange system and existing software by creating a bunch of service assemblies (integration and converter assemblies).

Education

· PhD in Mathematical Modeling, Numerical Methods and Program Systems, October 2013 – present.

Area of scientific interests: High Performance Computing (NVIDIA CUDA, OpenMP), Numerical Methods.

· M. S. E. in Computational Mathematics, June 2013. GPA: 4. 0

· B. S. E. in Mathematics and Computer Sciences, June 2011.

· Graduate Coursework: High Performance Computing, Software Foundations; Software Architecture.

· Undergraduate Coursework: Operating Systems; Databases; Algorithms; Programming Languages; Computer Architecture.

Technical Experience

Projects

· Fem (Winter 2013 – present) – a computational realization of a semi-lagrangian method for solving the advection equation. There are exists Linux, MacOS, Windows versions. Project developed with usage of NVIDIA CUDA technology and CUDA C/C++.

Additional Experience and Awards

Publications

· Alexander Efremov, Eugenya Karepova, Vladimir Shaydurov, Alexander Vyatkin. A Computational Realization of a Semi-Lagrangian Method for Solving the Advection Equation. Journal of Applied Mathematics, Volume 2014, Article ID 610398, 14 pages, (in press).

Languages and Technologies

· C# (proficient); . NET stack of technologies (WPF, WinForms, LINQ, EF 4) (proficient); SQL (proficient); WiX (proficient), CUDA C/C++ (for PhD course); Java (university level).

· Visual Studio with Resharper (proficient); Microsoft SQL Server (proficient); Eclipse (for PhD Course).

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