• Contributed to the development of the National Transport Code Collaboration demo code. The project is aimed to integrate major transport predictive models (IFS/PPPL, GLF23, and the Multi-Mode Model) and to create fully web-invocable interface to the international profile database and to the predictive transport models. The basic elements of the projects are object-oriented programming with C++, Java, and Python, client-server through object-oriented protocol, CORBA/IDL interface for data and physics servers, scripted physics server, and CVS Branching.
• Developed NTCC module on the base of a comprehensive neutral beam injection (NBI) package from the TRANSP transport analysis code (more than 1,000,000 lines of code). The model includes beam deposition, fast ion two dimensional orbiting, beam driven current and momentum transfer, accounts for particle collisions and charge exchange transport of beam particles.

Preparation of bidding documentation for tenders. Contacts with Ukrainian high officials

I was involved in the consultancy in:

• Energy saving technologies;
• IT and telecommunications;
• Expertise in database development;
• Network installation and maintenance; 
• Personnel training;

and in particular:

• Adaptation and translation of the HDM-3 (World Bank), an analytical tool for engineering and economic assessment of road investments, maintenance strategies, transport pricing and regulation;

• Design, programming and maintenance of the company web site;

• Elaboration and maintenance of the databases (in particular, database for personnel department).

As a member of the EU/local expert team I took part in the elaboration of the Pavement Management System (PMS). Special emphasise was made on the interface with the HDM-model as the most powerful tool to access  the long-term benefits of the strategies of the pavement performance and of the vehicle operating costs. PMS is based on the database, which contains information on traffic, accidents, pavement structure and conditions, surface characteristics, and road geometry. The system (the database + HDM) aims to perform long-term planning with the focus on:

• Forecasting the future condition of roads according to their actual condition and loading;

• Evaluating the effects of maintenance on this condition;

• Calculating the road user costs related to traffic and road conditions;

• Evaluating different maintenance scenarios in economic terms.

• Designed and developed databases, using different languages, approaches and applica-tions (e.g. MS SQL, MS Access, Visual Basic, Clipper, and Delphi)
• Trained personnel in database maintenance

• Collaborated with biologists and physicists in a project on the estimation of the Chernobyl nuclear disaster ecological impact:

• Statistical analysis of the observation data;

• Neural network computer model for the classification and the predication of the impact.

• Developed applications for MS Windows 3.1/95 and MS Dos, using Clipper and C/C++.

• Designed and developed customized systems software applications. I managed a project team, including all phases of software development cycle (design, development, documentation, testing, customer training, filed service, etc).

• Implemented MS Access for bookkeeping department.