* Working on developing and deploying web-based interactive machine learning application InteractivAI (Pickasso) on AWS, Azure, and OSDU (python, TypeScript, K8S, MongoDB).

* Involved in agile software development project (C++, Qt).* Researched, derived and implemented minimum curvature threading algorithm for the well path planning software.* Worked as a part of the core team eliminating technical debt in time-depth conversion routines.* Developed workflows for pore pressure prediction.* Used test driven development.* Involved in requirements, design and code reviews.* Ported the code from the Linux to the Windows 64 bit platform.* Implemented unit tests for the critical parts of the code.* Used Squish and Google test framework for testing.* Used Gocad server CORBA and CLI interface for integration with Gocad.* Involved in automatic software test/build setup through the Jenkins and Coverity Quality/Test Advisor.* Involved in TFS administration and Git setup (with git-tfs and git-tf).* Assisted team to move development from TFVC to VSTS Git. Implemented Pull Request (gated check-ins) strategy using VSTS build system. Restored and optimized full (25 years) source history from different version control systems (SVN, TFVC).* Finished Construx training: 10X Software Engineering, Software Inspections, Requirements Boot Camp, Developer Testing Boot Camp, Software Estimation in Depth, OOA using UML (Model-Based Requirements), OOD using UML (Model-Based Design), Design Boot Camp.

Continue to develop and support engineering software suite bought from Lohitsa (see below for more details).

* Daily used geometric algorithms, design patterns and digital simulation.* Involved in developing and improving patented buzz, squeak and rattle software technology (patent US7289635: www.google.com/patents/US7289635)* Developing C++ classes and core functions in engineering software for analysis of automotive structures - Squeak and Rattle evaluation of whole car model or car assemblies.* Implementing interactive 3D graphics modules (OpenGL) for showing Finite Element models, XY Plots, results contour maps and animation of model displacements. Developing automatic results presentation system.* Designing and implementing (in C++) independent optimized relative database system for storing Finite Element data and FE/BSR results with indexing, sorting and searching abilities, which can handle more then 2Gb numerical data.* Developed automatic penetration (collision) detection module for finite element models.* Worked on matrix transformations with complex numbers (Re/Im, Mag/Phs).* Porting big UNIX application (more then 1,000,000 lines) with many GUIs and OpenGL graphical interaction to the WIN32 platform (QT libraries).* Integrated multi-platform FlexLM licensing into the software.* Configured from the scratch 8 nodes (16 CPUs) Linux cluster for FEA/FEM solvers (NASTRAN, ABAQUS, LS-DYNA, PAM-CRASH).* Preparing and submitting FEA jobs on the Linux cluster.

• Developed complex web-chat system with Java server and Java/HTML clients (HTML, JavaScript, PHP, XML, SQL, Java, MySQL, Apache, Linux).• Implemented functions in Perl and C++ that connected to ORACLE server, executed PL/SQL scripts, parsed and stored data (Tools: DBI/DBD/Perl, OCI/ProC/C++, CVS.• Administrated ORACLE database server.• Designed and developed web-applications, databases and structures for them using Perl, Oracle, Apache Web Server and Linux OS.• Used CORBA (ORBit, OMNIORB), OCI & Pro*C in Oracle in various projects.

• Designed client/server web-application and database structure for online testing of the students (ORACLE, ASP, JavaScript, IIS). • Designed Web-site of Academy (FrontPage, Corel WebSuite).• Provided IT support to all departments of Academy (over 50 users).• Maintained 3 servers in local network (Windows NT Server 4.0, Novell NetWare 4.10, Linux RedHat). • Managed configuration of Internet connection with different access privileges for various users.• Trained personnel and students.

• Participated in mechanical research projects. • Worked on analytical solutions for the complex mechanical problems.• Developed and supported education applications for students. • Trained students.