transparent glass platform can see 3D-format picture. It allows everyone to go into virtual worlds. The complex practical use includes the following: Nuclear power plant model interactive control; planning and design solutions analysis; working-out the Nuclear power plant's operation, maintenance and repair; simulation of the actions to be undertaken in case of emergencies; to be used as a testing-area for Crisis Management Center. At the present moment there are no analogous technical implementations in Russia while designing complicated technological objects. This demonstration method is used only by defense industry, large automobile corporations and aircraft engineering companies. Deadlines of the project implementation 2009: On July 22, 2009 the President Committee for upgrading and development of the Russian economy made a decision on starting the project for development of nuclear technologies in reactor plant within the frame of short-term priority; Stage of commencement of the works under the project. 2010: Nuclear island and VVER-TOI power unit conceptual model; Establishment of the organization being a holder of the base technology provided with modern design and engineering facilities. 2011: 3D-design of nuclear island and VVER-TOI power unit; Safety justifying calculations. 2012: MultiD-project of Nuclear power plant with a VVER-TOI reactor; Preparation of a package of the updated normative technical documents to provide usage of new design and construction technologies in the project. The project was realized in 2009 and completed in 2012. Construction The first VVER-TOI construction began in April 2018 at the Kursk Nuclear Power Plant, with a predicted completion date of late 2022. In addition, there are an additional 11 VVER-TOI units planned. References External links www.rosatom.ru www.rosenergoatom.ru www.i-russia.ru www.aep.ru www.niaep.ru Nuclear power reactor types Proposed nuclear power stations Nuclear technology in Russia Pressurized water reactors