10 Indian Students Shine at Global Nuclear Technology Programme in Russia

Ten Indian students represented the country at the prestigious Obninsk Tech Winter School 2026, an international nuclear technology programme that brought together 120 participants from 47 countries. The programme received over 350 global applications, from which only 120 students were selected — including the Indian contingent.

Organised from February 1 to 7 with the support of Rosatom at National Research Nuclear University MEPhI, the initiative offered hands-on exposure to advanced nuclear science, engineering workshops and collaborative technical training alongside peers from around the world.

During the seven-day programme, students attended masterclasses, specialised lectures and sessions on emerging nuclear technologies under the AtomPRO educational project. The practical training covered key areas such as dosimetry, radiation monitoring, electronics and automation in nuclear power plants, electrical engineering systems, 3D modelling, non-destructive testing and materials science.

Participants also visited major scientific and industrial facilities in the Kaluga region, including the Rosatom Technical Academy, the State Research Center of the Russian Federation — IPPE, and the A. Tsyb Medical Radiological Research Center, along with technology firms working in nuclear diagnostics and applied research.

The programme concluded with the “HackAtom” international championship, where student teams were challenged to develop solutions for the future of nuclear education within 24 hours. Proposed ideas included designing a master’s programme in nuclear waste management, creating an advanced nuclear education campus, and building a global career portal for engineering graduates.

An international team named “Prometheus,” comprising students from multiple global universities including NRNU MEPhI and Tsinghua University, emerged as the winner of the competition.

The participation of Indian students highlighted growing international academic collaboration in nuclear science and reflected rising interest among young engineers in advanced energy technologies and research careers.