An exhibition showcasing India’s advances in space technology, nuclear energy development and strategic mineral exploration was visited at the Ambedkar International Centre, where the displays highlighted the country’s expanding scientific capabilities and long term energy and technology roadmap.
Jitendra Singh said exhibitions that present India’s achievements in space science, nuclear energy and other advanced technologies can inspire young minds and help students discover their intrinsic talent and aptitude for science and research.
The exhibition presented a comprehensive overview of India’s progress in space launch systems, satellite technologies, nuclear power development and strategic mineral resources that support the country’s scientific and energy security goals.
During the visit, Jitendra Singh suggested that the organisers arrange structured visits for school and college students so that young learners can directly experience the scientific achievements showcased in the exhibition. He also advised the organisers to develop short social media versions of the exhibits so that the information can reach a wider audience through digital platforms.
A major section of the exhibition focused on India’s space programme, highlighting the country’s capabilities in launch vehicles, satellite systems and human spaceflight initiatives. Information panels described India’s fleet of launch vehicles including the Polar Satellite Launch Vehicle, Geosynchronous Satellite Launch Vehicle and the LVM3 heavy lift rocket that supports the country’s human spaceflight programme.
The displays explained that India has conducted more than one hundred launch missions and has deployed hundreds of satellites supporting communication, navigation, earth observation and scientific research. These missions have contributed to applications ranging from weather forecasting and disaster management to agricultural monitoring and communication services.
The exhibition also presented India’s long term vision for space exploration, including the development of human spaceflight systems with crew and service modules and the concept of an Indian space station known as the Bharatiya Antariksh Station. The proposed station aims to support a sustained human presence in low earth orbit and enable advanced microgravity research.
Future plans related to lunar exploration, deep space missions and expansion of satellite based services were also highlighted as part of the country’s broader space development roadmap.
Another section of the exhibition focused on India’s nuclear energy programme and its role in ensuring long term energy security. The displays explained the country’s three stage nuclear power programme designed to utilise domestic uranium resources while eventually harnessing India’s large thorium reserves.
The first stage of the programme is based on pressurised heavy water reactors using natural uranium as fuel. The second stage focuses on fast breeder reactors capable of generating more fissile material than they consume. The third stage envisages advanced reactor systems using thorium based fuel cycles, enabling India to utilise its abundant thorium reserves for sustainable energy production.
Information presented at the exhibition also mapped the distribution of uranium bearing geological formations across several states including Jharkhand, Rajasthan, Andhra Pradesh, Telangana and Karnataka, as well as areas of the Himalayan region where uranium deposits have been identified through geological exploration.
The exhibition further highlighted India’s coastal mineral resources and the presence of valuable heavy minerals along the country’s nearly eleven thousand kilometre coastline. Minerals such as ilmenite, rutile, zircon, monazite, garnet and sillimanite occur in coastal placer deposits and play an important role in several strategic and industrial applications.
The Atomic Minerals Directorate for Exploration and Research conducts systematic exploration and assessment of these deposits to evaluate their economic and strategic potential for the country.
Displays also illustrated the network of nuclear research institutions, fuel cycle facilities and power generation infrastructure associated with India’s nuclear energy programme. These institutions support energy generation, materials research and advanced scientific development across the country.
Officials noted that India’s space and nuclear programmes are key pillars of the nation’s scientific and technological progress. The space sector continues to expand its role in communication, navigation, earth observation and emerging commercial space activities, while the nuclear energy programme remains central to meeting India’s growing electricity demand and strengthening low carbon energy capacity.
The exhibition highlighted how these scientific initiatives contribute to technological self reliance, innovation and national development while strengthening India’s position in the global science and technology landscape.
