Completed MOOC, Training and Workshops

Introduction to Natural Language Processing
MOOC, Coursera, Fall 2015 by Prof. Dragomir Radev, University of Michigan 
CS190.1x: Scalable Machine Learning
MOOC, edX, Summer 2015 by Prof. Ameet Talwalkar et al., University of California, Berkeley 
Pattern Discovery in Data Mining
MOOC, Coursera, Spring 2015 by Prof. Jiawei Han, University of Illinois at UrbanaChampaign 
Machine Learning
MOOC, Coursera, Spring 2014 by Prof. Andrew Ng, Standford University 
Computing for Data Analysis
MOOC, Coursera, Winter 2014 by Dr. Roger, D. Peng et al., John Hopkins University 
1day Apache Spark Workshop
Workshop at Strata+Hadoop World 2014, Barcelona, Nov 2014 by Databricks 
3day Elasticsearch Training
Training, Berlin, Jan 2013 by Elasticsearch 
Introduction to Databases
MOOC, Stanford Online, Fall 2012 by Prof. Jennifer Widom, Standford University
Some Papers
 Success of Software Diversity in Systems Development and Developer's Personal Characteristics: Conceptual Model / // Volyn Mathematical Bulletin.  2014.  № 11. Series ''Applied Mathematics'', Issue 20. – P.190206. (in russian)

[Book Chapter] ''Mathematical methods in Operation Research'' in Introduction to methods of software solutions. Textbook., edited by Prof. V. Kuklin, V. Karazin Kharkov National University, Kharkov, 2011, Ch.8 (in russian)
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Parallel modification scheme for computer modeling systems that use discrete singularities methods / // Radioelectronic and Computer Systems. – 2010. – №6. – P.143147.
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Computer modeling of 3D diffraction in a planeparallel medium: experience of the DSM using the expanded programs method / // Bulletin of V. Karazin Kharkov National University.  2009.  № 863. Series ''Mathematical Modelling. Information Technology. Automated Control Systems'', Issue 12. – P.2135. (in russian)
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Mathematical models and computational experiment in 3D problems of acoustic diffraction on flatness structures / // Zaporizhzhya National University Herald.  2008.  Series "Mathematics and natural sciences", Issue 1. – P.2635. (in russian)
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A Mathematical model search for analyzes of the relation between types of computational programs / // Radioelectronic and Computer Systems. – 2008. – №6 (33). – P.214218. (in russian)
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Numerical research of a scalar waves scattering by a flat screen on the boundary layer in halfspace above a hard plane / // Bulletin of V. Karazin Kharkov National University.  2007.  № 780. Series ''Mathematical Modelling. Information Technology. Automated Control Systems'', Issue 8. – P.7993. (in russian)
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The validation of the software that was developed for calculations related to the design of antennas / // Radioelectronic and Computer Systems. – 2007. – №6 (25). – P.180185.
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Mathematical modeling of acoustic waves scattering on a hard screen in a layered inhomogeneous halfspace / // Bulletin of V. Karazin Kharkov National University  2007.  № 775. Series ''Mathematical Modelling. Information Technology. Automated Control Systems'', Issue 7. – P.9298. (in russian)
Download  3D model of the Discrete Singularity Method for scalar waves scattering by a screen lying on a border media / // Bulletin of Kherson National Technical University.  2006.  № 2(25). – P.135140. (in russian)

Effectiveness of DSM calculations in the scalar problem of 3dimensional diffraction on a screen lying in a plane between media / // Bulletin of V. Karazin Kharkov National University.  2006.  № 733. Series ''Mathematical Modelling. Information Technology. Automated Control Systems'', Issue 6. – P.7691. (in russian)
Download  Computational experiment based on numerical solving of the hypersingular integral equation for rectangle domain / // Bulletin of V. Karazin Kharkov National University.  2003.  № 590. Series ''Mathematical Modelling. Information Technology. Automated Control Systems'', Issue 1. – P.8491. (in russian)
Education
Ph.D. in Mathematical Modeling and Numerical Methods (2009)
A.N. Podgorny Institute for Mechanical Engineering Problems National Academy of Sciences of Ukraine
 Thesis Topic: Discrete singularity method and computer tools for modeling of diffraction of acoustic wave on threedimensional planeparallel structures.
 Area of Study: Mathematical Modeling and Numerical Methods
 Keywords: mathematical modeling Discrete Singularities Method pseudodifferential and hypersingular integral equations diffraction
 Advisor: Prof. Victor O. Mishchenko
 Coadvisor: Prof. Yuriy V. Gandel
M.S. with Honors (2003)
Dept. of Mathematical Modeling and Software, Faculty of Mathematics and Mechanics
 Thesis Topic: Organization and analysis of the results of computational experiments based on the DSM in the problem of diffraction on a flat screen.
 Area of Study: Applied Mathematics
 Advisor: Assoc. prof. Victor O. Mishchenko
B.S. with Honors (2002)
Dept. of Mathematical Modeling and Software, Faculty of Mathematics and Mechanics
 Thesis Topic: A solution of the diffraction of acoustic waves on a stripline obstacle using the Discrete Singularities Method.
 Area of Study: Applied Mathematics
 Advisor: Assoc. prof. Victor O. Mishchenko
Academic Experience
V.N. KARAZIN KHARKOV NATIONAL UNIVERSITY, KHARKOV, UKRAINE

Associate Professor, Sept. 2013  Feb. 2015
Dept. of Artificial Intelligence and Software Data Mining
 seminar "Modern software development"

Associate Professor, Jun. 2009  Dec. 2010
Dept. of Artificial Intelligence and Software Numerical methods in informatics
 Mathematical methods of operation research
 Objectoriented programming in C++

Senior Lecturer, Sep. 2006  May 2009
Dept. of Artificial Intelligence and Software Numerical methods in informatics
 Mathematical methods of operation research
 Special functions of mathematical physics

Teaching assistant, Sep. 2004  Aug. 2006
Dept. of Artificial Intelligence and Interactive Systems Parallel programming

Teaching assistant, Sep. 2004  Aug. 2006
Dept. of Mathematic Modeling and Software Objectoriented programming in C++
KHARKOV NATIONAL AUTOMOBILE AND HIGHWAY UNIVERSITY, KHARKOV, UKRAINE

Teachertrainee, Sep. 2004  Jun. 2006
Dept. of Higher Mathematics Probability Theory
 Higher Mathematics