Experience in developing complex commercial products with C++, Java, C#, Delphi, PHP, Scala, JavaScript, python, ABAP, LISP, Perl, and FORTRAN. Participation in development of the predictive-inversion technologies based on modern neural networks. Engaged in the current project aimed at the development of seismic machine learning predictive system IP_Seismic (www.ivanplab.ru). Highly experienced in building of architecture of seismic interpretation systems. Development of complex graphical interactive multi-window systems for visualization of maps, sections based on seismic well data included RGB visualization windows.

-Lead the development of new software and support the existing software: planning, development of technical specifications, control the timing and quality of the works-Lead the development of technical documentation-Lead the technical consultations for the Customer-Carrying out the activities improving software quality and increasing the enterprise efficiency-Preparation of final reports about department works.Accomplishments-Created the cohesive highly motivated team of professionals who are various fields of knowledge (software engineers, hydrodynamic, mathematician, and reservoir engineer)-Designed the database structures and developed the software that are provides simple and visual access to current and historical information. Organized all phases of the project: documentation, design, coding, testing, and defect fixing-Initiated works under the contracts with JSC «Uraineftegaz» involving cooperation with other departments of company-Calculated the reservoir pressure maps of JSC «Uraineftegaz» oil fields using developed calculation method. Main issue: there are not enough pressure measurements because of economic reasons, so we have to use indirect information.-Calculated the geological maps of Western Siberia oil fields using developed calculation method. Main issue: there are not enough exploration wells to apply the seismic data to the whole oil field-Created the certificate management application that used by group of exploration companies to control remote access to the computer desktops through SSL connection.

-Created the plug-ins for Petrel (Schlumberger, C#) and IrapRMS (Roxar, C++) which are provides facilitating and improve the quality of work in creating 3D geological models. -Led the development of different tools for convert, import, export and calculate of geological, seismic and geophysical data in files of different formates and databases.-Supervised the development of web sites running on Joomla, Bitrix, Drupal.Accomplishments-Created the scientific article “Search for the best solution for choosing the location of planned well in the deposit area” in “Science and Technology in the Gas Industry” N3 (51) 2012-Created the software that facilitate and improve the quality of works in creating 3D geological models.

-Supervised and also participated in development of the software for geological and production analysis and monitoring of the oil and gas fields. Worked with Visual Studio C++ and Oracle-Participated in database structure design (Oracle, MS Access)-Technical support of the customers-Software maintenance

-Created the plug-in for AutoCAD to automate the process of designing well clusters and to calculate of drawdown swamps of Western Siberia (C++/LISP/VB)-Software maintenance and customers support

-Developed the Solaris-based software in parts of visualization and graphical editing of well logs (C++, Qt, STL).-Converted the old Fortran (f77, f90) algorithms to C++ (Qt, Solaris) and created the software with graphical interface